CALIFORNIA VALLEY SOLAR RANCH SPECIAL-STATUS PLANT ...
CALIFORNIA VALLEY SOLAR RANCH SPECIAL-STATUS PLANT ...
CALIFORNIA VALLEY SOLAR RANCH SPECIAL-STATUS PLANT ...
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<strong>CALIFORNIA</strong> <strong>VALLEY</strong><br />
<strong>SOLAR</strong> <strong>RANCH</strong><br />
<strong>SPECIAL</strong>-<strong>STATUS</strong> <strong>PLANT</strong> SURVEY<br />
FINAL REPORT<br />
Prepared by<br />
H. T. Harvey & Associates<br />
Brian Boroski, Ph.D., Principal-in-Charge, Senior Wildlife Ecologist<br />
Patrick J. Boursier, Ph.D., Senior Plant Ecologist<br />
Kelly Hardwicke, Ph.D., Project Manager, Senior Plant Ecologist<br />
Catherine Roy, M.S., Plant Ecologist<br />
Ethan Barnes, M.S., Plant Ecologist<br />
Colin Wilkinson, B.S., Plant Ecologist<br />
Chris Winchell, Plant Ecologist<br />
Prepared for<br />
HPR II<br />
1414 Harbour Way South<br />
Richmond, CA 94804<br />
(510) 540-0550<br />
Contact: Renee Robin<br />
18 November 2010 Project Number 3103-02 BG 09<br />
983 University Avenue, Building D • Los Gatos, CA 95032 • Ph: 408.458.3200 • F: 408.458.3210
TABLE OF CONTENTS<br />
TABLE OF CONTENTS................................................................................................................. i<br />
EXECUTIVE SUMMARY .............................................................................................................1<br />
INTRODUCTION AND PROJECT OVERVIEW .........................................................................2<br />
PROJECT SITE DESCRIPTION ....................................................................................................5<br />
VEGETATION COMMUNITIES.............................................................................................. 8<br />
SURVEY METHODS .....................................................................................................................9<br />
2010 SURVEY OVERVIEW ..................................................................................................... 9<br />
PRIOR SURVEYS ................................................................................................................... 10<br />
CURRENT (2010) <strong>SPECIAL</strong>-<strong>STATUS</strong> <strong>PLANT</strong> SURVEYS ................................................. 11<br />
Target Species Selection....................................................................................................... 11<br />
Survey Preparation and Timing ............................................................................................ 12<br />
Survey Dates, Personnel, and Effort..................................................................................... 14<br />
Survey Methodology............................................................................................................. 15<br />
Reference Site Visits............................................................................................................. 20<br />
2010 SURVEY RESULTS ............................................................................................................24<br />
<strong>SPECIAL</strong>-<strong>STATUS</strong> <strong>PLANT</strong> SPECIES ................................................................................... 24<br />
California Androsace (Androsace elongata ssp. acuta) ....................................................... 24<br />
Crownscale (Atriplex coronata var. coronata) ..................................................................... 25<br />
Gypsum-loving Larkspur (Delphinium gypsophilum ssp. gypsophilum) ............................. 30<br />
Recurved Larkspur (Delphinium recurvatum)...................................................................... 31<br />
Ferris' Goldfields (Lasthenia ferrisiae)................................................................................. 32<br />
Pale-yellow Layia (Layia heterotricha)................................................................................ 32<br />
Munz’s Tidy-tips (Layia munzii) .......................................................................................... 33<br />
Jared’s Pepper-grass (Lepidium jaredii ssp. jaredii) ............................................................ 35<br />
Parry’s Mallow [Eremalche parryi (ssp. undetermined)]..................................................... 36<br />
CAMISSONIA SPECIES ......................................................................................................... 36<br />
PRIOR SURVEY REPORT REDACTIONS/CLARIFICATIONS ......................................... 37<br />
LITERATURE CITED ..................................................................................................................39<br />
PERSONAL COMMUNICATION...............................................................................................41<br />
FIGURES:<br />
Figure 1. Site/Vicinity.................................................................................................................... 3<br />
Figure 2. Survey Blocks/Study Area .............................................................................................4<br />
Figure 3. Soils Map........................................................................................................................ 7<br />
Figure 4. CNDDB ........................................................................................................................ 13<br />
Figure 5. Survey Dates and Blooming Periods............................................................................ 16<br />
Figure 6. Full Results Map........................................................................................................... 26<br />
Figure 7. Non-Layia Spring Results Map.................................................................................... 27<br />
Figure 8. Layia munzii only Spring Results Map ........................................................................ 28<br />
Figure 9. Summer Results Map ................................................................................................... 29<br />
CVSR 2010 Special-status Plant Survey<br />
Final Report<br />
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H. T. Harvey & Associates<br />
18 November 2010
TABLES:<br />
Table 1. Soil Type, Texture, Drainage Classification, and Mean Annual Precipitation for Soil<br />
Types Occurring Within the Biological Study Area............................................................... 6<br />
Table 2. California Valley Weather Underground Station Precipitation Totals.......................... 10<br />
Table 3. California Valley Solar Ranch Target Special-status Plants, 2010 Surveys.................. 11<br />
Table 4. Timeline for 2010 CVSR Special-status Plant Surveys................................................. 17<br />
Table 5. 2010 CVSR Target Special-status Plant Species Reference Site Visit Summary. ........ 20<br />
APPENDICES:<br />
APPENDIX A. LIST OF <strong>PLANT</strong> SPECIES IDENTIFIED ON THE CVSR PROJECT<br />
SITE .................................................................................................................................... A-1<br />
APPENDIX B. RESUMES OF TEAM PERSONNEL FOR 2010 SURVEYS ........................ B-1<br />
APPENDIX C. TEAM LEADER DATA FORMS FOR 2010 RARE <strong>PLANT</strong> SURVEYS..... C-1<br />
APPENDIX D. TES DATA FORMS (<strong>PLANT</strong> LISTS) FOR 2010 RARE <strong>PLANT</strong><br />
SURVEYS .......................................................................................................................... D-1<br />
CVSR 2010 Special-status Plant Survey<br />
Final Report<br />
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H. T. Harvey & Associates<br />
18 November 2010
EXECUTIVE SUMMARY<br />
Protocol-level special-status plant surveys were conducted in the spring and summer of 2010 at<br />
the California Valley Solar Ranch (CVSR) Project, site which is an approximately 5,000-acre<br />
(ac) property located on the Carrizo Plain in eastern San Luis Obispo County, California. The<br />
Project area initially consisted of 4,732 acres in the spring of 2010 which was subsequently<br />
expanded to include two new survey areas during the summer bringing the total acreage to 5,513<br />
ac. It is important to note that these additional areas were not surveyed to protocol-level and will<br />
require additional future spring surveys.<br />
Surveys took place over 34 days total in spring and summer of 2010 and involved an initial<br />
exhaustive, 50-foot (ft) transect-based sweep and three subsequent repeat survey efforts of site.<br />
In addition, quantitative population data on special-status plant occurrences was gathered via<br />
transect counts (for Munz’s layia [Layia munzii]) and GIS data capture in the field. The surveys<br />
were floristic in nature and all plants encountered on the site were identified to species.<br />
Several occurrences of special-status plant species were recorded on the Project site during the<br />
surveys. These included:<br />
• Approximately 37,500 individuals of the CNPS List 4 species California androsace<br />
(Androsace elongata ssp. acuta);<br />
• Approximately 104,000 individuals of the CNPS List 4 species crownscale (Atriplex<br />
coronata var. coronata);<br />
• Approximately 900 individuals of the CNPS List 4 species gypsum-loving larkspur<br />
(Delphinium gypsophilum ssp. gypsophilum);<br />
• Approximately 56 individuals of the CNPS List 1B species recurved larkspur<br />
(Delphinium recurvatum);<br />
• Approximately 22 individuals of the CNPS List 1B species pale-yellow layia (Layia<br />
heterotricha);<br />
• Over 2.5 million individuals of the CNPS List 1B species Munz’s layia; and,<br />
• Approximately 128 individuals of the CNPS List 1B species Jared’s pepper-grass<br />
(Lepidium jaredii ssp. jaredii).<br />
No federally or state-listed species were observed on-site. Additionally, populations of four<br />
species of Camissonia, some of which may serve as host plants for the federally endangered<br />
Kern primrose sphinx moth (Euproserpinus euterpe), were located on-site.<br />
CVSR 2010 Special-status Plant Survey<br />
Final Report<br />
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H. T. Harvey & Associates<br />
18 November 2010
INTRODUCTION AND PROJECT OVERVIEW<br />
High Plains Ranch II, LLC, (HPR II) a wholly owned subsidiary of SunPower Corporation,<br />
Systems (“SunPower”) proposes to construct a 250-megawatt (MW) solar photovoltaic (PV)<br />
energy plant, the California Valley Solar Ranch (CVSR) Project, on an approximately 5,000-acre<br />
(ac) site in eastern San Luis Obispo County, California (Figure 1). The Project development<br />
includes solar array complexes, attendant facilities, and a generation tie-line and switch station,<br />
which will connect the solar array complexes to an existing Pacific Gas & Electric Company<br />
(PG&E) transmission line. A gypsum quarry north of the switch station (the Twisselman<br />
Quarry) will also be expanded as part of a separate project, but materials mined from this<br />
expansion will be used in roadbeds and crossings for the CVSR Project. Preserved areas on-site<br />
between the solar array complexes would be managed as conservation lands to maintain or<br />
enhance conditions supporting special-status plant and wildlife species. The net annual energy<br />
output for the Project is estimated at 714,000 megawatt-hours (MWh), which PG&E estimates<br />
will provide enough electricity to power approximately 110,000 homes.<br />
The vast majority of impacts occurring to vegetation on the Project site are related to the<br />
installation and operation of the PV solar panels arranged in discrete groups called arrays. The<br />
arrays are of variable sizes, from 42 to 311 ac, and are comprised of the PV panels and all<br />
attendant features needed to operate these panels, such as maintenance roads, bioswales used to<br />
slow runoff flow speeds between the panels and encourage infiltration, and panel machinery.<br />
Nine solar arrays are proposed in areas south of State Route (SR) 58, and one array is proposed<br />
for the area north of SR 58. Very little grading or cut and fill will be required to install these<br />
arrays, except for within Array 9 and 11 on the CVSR Project site.<br />
Solar energy will be captured and converted directly to electricity through solar PV panels. The<br />
PV panels will be attached to SunPower T0 Tracker units (Trackers) or similar units. The T0<br />
Tracker system is a single-axis, horizontal solar tracking system configured to optimize energy<br />
capture by following the daily path of the sun.<br />
The Project will generate renewable energy for delivery to PG&E under a long-term contract.<br />
The solar electric power generated by HPR II’s proposed Solar Ranch is a 100% renewable<br />
energy source that is clean and quiet, producing no harmful emissions, requiring no fuel, and<br />
needing only minimal detergent-free water for periodic panel washing. According to<br />
calculations provided by the U.S. Environmental Protection Agency, the Solar Ranch will offset<br />
the production of more than 750 million pounds of carbon dioxide per year, the equivalent of<br />
removing more than 2 million cars off the road over the life of the Project.<br />
CVSR 2010 Special-status Plant Survey<br />
Final Report<br />
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H. T. Harvey & Associates<br />
18 November 2010
46<br />
Templeton 229<br />
1<br />
INDIAN <strong>VALLEY</strong> RD<br />
101<br />
101<br />
S HIGUERA ST<br />
AIRPORT RD<br />
PRICE ST<br />
Oceano<br />
M o n t e r e y<br />
UNION RD<br />
227<br />
W POZO RD<br />
ORCUTT RD<br />
BERROS RD<br />
ODONOVAN RD<br />
WILLOW RD<br />
DIVISION ST<br />
Guadalupe<br />
Parkfield<br />
CHOLAME RD<br />
Camp Roberts Military Reser<br />
San Miguel<br />
El Paso de Robles<br />
Santa Margarita<br />
San Luis Obispo<br />
Shandon<br />
PANZA RD<br />
HUASNA RD<br />
Nipomo<br />
F r e s n o<br />
SAN JUAN RD<br />
SHELL CREEK RD<br />
FOR RT 32S07<br />
Cholame<br />
E POZO RD<br />
58<br />
Avenal 269<br />
BITTERWATER RD<br />
COTTONTAIL<br />
S a n L u i s O b i s p o<br />
K i n g s<br />
41<br />
KECKS RD<br />
46<br />
DEVILS DEN RD<br />
Kettleman City<br />
25TH AVE<br />
KING RD<br />
UTICA AVE<br />
TWISSELMAN RD<br />
HWY 58<br />
LOST HILLS RD<br />
LOST HILLS RD<br />
10TH AVE<br />
DAIRY AVE<br />
Lost Hills<br />
K e r n<br />
Project Site<br />
6TH AVE<br />
GUN CLUB RD<br />
58<br />
McKittrick<br />
ROWLEE RD<br />
Buttonwillow<br />
Taft<br />
SODA LAKE RD<br />
190<br />
Tipton<br />
Angiola<br />
Pixley<br />
24<br />
Alpaugh<br />
22<br />
Earlimart<br />
Allensworth<br />
43<br />
WASCO WAY<br />
AIRPORT RD<br />
T u l a r e<br />
POND RD<br />
Taft Heights South Taft<br />
Maricopa<br />
166<br />
166<br />
GARCES HWY<br />
Pond<br />
McFarland<br />
99<br />
Wasco<br />
LERDO HWY<br />
5<br />
119<br />
155<br />
Delano<br />
7TH STANDARD RD<br />
S LAKE RD<br />
ELMO HWY<br />
KIMBERLINA RD<br />
ENOS LN<br />
Shafter<br />
Rosedale<br />
58<br />
HILL RD<br />
COPUS RD<br />
N:\Projects3000\3103-01\Reports\Plant Special Status Survey Report<br />
1<br />
Betteravia<br />
246<br />
BLACK RD<br />
Santa Maria<br />
Honda<br />
Casmalia<br />
Vandenberg Village<br />
Legend<br />
Lompoc<br />
Project Site<br />
Sudden<br />
1<br />
1<br />
166<br />
135<br />
HARRIS GRADE RD<br />
TELEPHONE RD<br />
135<br />
Data Sources: [1] Califonia Geospatial Information Library,<br />
[2] ESRI BaseMap USA (2006),<br />
PALMER RD<br />
246<br />
Garey<br />
176<br />
Los Alamos<br />
Mission Vandenberg Hills<br />
Airforce Base<br />
Los Olivos<br />
BASELINE AVE<br />
Buellton<br />
Solvang<br />
Scale<br />
154<br />
S a n t a B a r b a r a<br />
1:780,000<br />
1 inch = 65,000 feet<br />
0 12.3 Miles<br />
0 32,500 65,000 Feet<br />
Coordinate System: North American Datum 83 Universal Trans Mecator (UTM) Zone 11 North<br />
FOR HWY 95<br />
33<br />
Fort Tejon State Hist Park<br />
V e n t u r a<br />
FOR HWY 95<br />
California Valley Solar Ranch<br />
CVSR 2010 Special Status Plant Survey Report<br />
Figure 1: Project Vicinity Map<br />
HPR II
BODFISH<br />
Twisselman Mine<br />
Block 1<br />
Additional Summer<br />
Survey Area<br />
(Alternative Switchyard)<br />
Block 1<br />
Block 2<br />
Additional Summer<br />
Survey Area<br />
(Alternative Switchyard)<br />
Block 2<br />
Block 3<br />
Block 6<br />
58<br />
CLOVERDALE<br />
CAMELIA<br />
Block 3 Block 4 Block 5 Block 6<br />
Block 4<br />
CACTUS<br />
COOPERSTOWN<br />
CIRRE<br />
CONCORD<br />
CILLE<br />
CIMO<br />
CLARENCE CROWN<br />
CALALITY<br />
CHOCTAW<br />
CHOWCHILLA<br />
CHUALAR<br />
CHIPPEWA<br />
CANYON<br />
CARNATION<br />
CLARAVILLE<br />
CARPENTERIA<br />
<strong>CALIFORNIA</strong><br />
CLARKSBERG<br />
CLAYTON<br />
EL CHICOTE<br />
CLEAR CREEK<br />
CLEAR LAKE<br />
CAMBRIA<br />
Block 7<br />
Block 8<br />
BOULDER CREEK<br />
CAPETOWN<br />
CANTEEN<br />
CAPITOLA<br />
Block 5<br />
Block 9<br />
CALIPATRIA<br />
CALISTOGA<br />
CALLAN<br />
CALPELLA<br />
Block 6<br />
BLACK BEAR<br />
BASS<br />
Block 7<br />
Block 10<br />
BEVERLY HILLS<br />
BECHNELL<br />
BRADY<br />
BIEBER<br />
GYPSUM<br />
BIG BASIN<br />
Block 13<br />
Block 11<br />
Block 5<br />
Block 8<br />
Block 12<br />
BAKER<br />
BAIRD<br />
ARRIBA<br />
BAGBY<br />
AVALON<br />
AVON<br />
AVILA<br />
N:\Projects3000\3103-01\Reports\Plant Special Status Survey Report<br />
CHUBBACK<br />
DUNES<br />
CENTRAL <strong>VALLEY</strong><br />
CLEMENTS<br />
CLIO<br />
Plant Study Area Boundaries<br />
Block 1<br />
Block 1<br />
Spring 2010 Biotic Study Area (4,732 ac)<br />
Summer 2010 Biotic Study Area (5,513 ac)<br />
Data Sources: [1] San Luis Obispo County Graphic Information Systems (February 2000),<br />
[2] ESRI StreetMap USA (2006), [3] USDA NAIP Aerials (2009)<br />
CANTUA CREEK<br />
BRICELAND<br />
COMANCHE<br />
CAMARILLO<br />
CARBONDALE<br />
Scale<br />
CARIBOU<br />
CARLOTTA<br />
BOULDER CREEK<br />
BURBANK<br />
1:30,000<br />
BURLINGAME<br />
1 inch = 2,500 feet<br />
BURNEY<br />
BOREGA<br />
CASPER<br />
0 0.47 0.94 Miles<br />
0 1,250 2,500 5,000 Feet<br />
Coordinate System: North American Datum 83 Universal Trans Mecator (UTM) Zone 11 North<br />
CALNEVA<br />
BELMONT<br />
Additional Summer<br />
Survey Area<br />
(Martin Parcel)<br />
BIG BEAR PARK<br />
BANGOR<br />
CALICO<br />
BEND<br />
BETSY<br />
BARRETT<br />
SEVEN MILE<br />
BENBOW<br />
California Valley Solar Ranch<br />
BELVEDERE<br />
CVSR 2010 Special Status Plant Survey Report<br />
ANWANNEE<br />
Figure 2: Survey Areas for 2010 Spring and Summer Surveys<br />
HPR II<br />
BANK
PROJECT SITE DESCRIPTION<br />
The Project’s spring biological study area (BSA; i.e., the area surveyed for special-status plants<br />
during the spring plant surveys) is located on approximately 4,732 ac of rangeland at the<br />
northeastern fringe of the Carrizo Plain in eastern San Luis Obispo County (Figure 1, Figure 2).<br />
The BSA is adjacent to the Temblor Range, 56 mi east of San Luis Obispo and 52 mi southeast<br />
of Paso Robles. The site is bisected by SR 58 (Figure 2). The northern extent of the Carrizo<br />
Plain National Monument is located approximately 2.0 mi south of the site, and Soda Lake is 1.0<br />
mi farther south within the National Monument. The Project site is bounded by privately owned<br />
parcels, undeveloped, and agricultural land in all directions. A former gypsum mine is located in<br />
the southwestern part of the Project site, and another is present in the south-central part of the<br />
site on the Martin parcel (the latter of which was included in the expanded summer BSA). A<br />
partially developed residential subdivision known as California Valley is located south of the<br />
Project site and north of the National Monument. Sparse residential uses are located south, east,<br />
and west of the site.<br />
The survey area occurs on the Simmler, McKittrick Summit and Las Yeguas Ranch U.S.<br />
Geological Survey (USGS) 7.5-minute quadrangle maps. Elevation ranges from 1,960 feet (ft)<br />
National Geodetic Vertical Datum (NGVD) in the southwest corner of the site to approximately<br />
2,250 ft NGVD along the edge of the Temblors in the northern portion of the site. The BSA is<br />
topographically diverse, dominated by slightly sloping grasslands in the southern portion<br />
intergrading into the moderate and steeper slopes of the Temblor Range and associated scarps<br />
and drainages in the north. The topography of the northeastern boundary of the site is dominated<br />
by narrow, long fault scarps where the San Andreas rift zone enters the BSA along its eastern<br />
edge. Average annual precipitation ranges from 8 to 10 inches per year, and average annual<br />
temperatures are between 57 and 61 degrees Fahrenheit (NRCS 2003). Most of the yearly<br />
precipitation occurs from November through February.<br />
The majority of the parcels within the BSA are zoned for agriculture, and with the exception of<br />
the Twissleman Quarry and Martin parcel are vacant, with abandoned farming structures and<br />
equipment. The vast majority of the BSA south of SR 58 has been previously disked as part of<br />
dryland farming (pers. communication with Mr. Darrel Twisselman, current landowner, April<br />
and October 2008). Currently, the un-mined portion of the site continues to be used for livestock<br />
grazing. No dry-farming or attendant disking has occurred on-site for more than 20 years.<br />
A total of nineteen different soil types underlie the BSA (Figure 3). Table 1 (following page)<br />
lists the names of each soil type along with the texture class, drainage classification, and mean<br />
annual precipitation, as determined by the National Resource Conservation Service ([NRCS]<br />
2003). None of these soil series or complexes are considered hydric, although inclusions<br />
associated with certain landforms such as basins and drainages may be hydric (NRCS 1992).<br />
CVSR 2010 Special-status Plant Survey<br />
Final Report<br />
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H. T. Harvey & Associates<br />
18 November 2010
Table 1. Soil Type, Texture, Drainage Classification, and Mean Annual Precipitation for<br />
Soil Types Occurring Within the Biological Study Area 1<br />
Soil<br />
Number<br />
Soil Name<br />
Soil Texture<br />
Drainage<br />
Classification<br />
Mean Annual<br />
Precipitation<br />
(inches)<br />
131<br />
Kilmer-Hillbrick complex, 50 to 75<br />
percent slopes Loam Well drained 8 - 10<br />
160<br />
Sorrento loam, 2 to 9 percent<br />
slopes Loam Well drained 10 - 12<br />
169 Polonio loam, 0 to 2 percent slopes<br />
Loam, clay<br />
loam Well drained 8 - 10<br />
170<br />
Polonio clay loam, 2 to 9 percent<br />
slopes Clay loam Well drained 7 - 10<br />
173<br />
Polonio gravelly loam, 2 to 9<br />
percent slopes Gravelly loam Well drained 7 - 10<br />
175<br />
Polonio-Thomhill complex, 2 to 9<br />
percent slopes<br />
Loam, Clay<br />
loam Well drained 8 - 10<br />
180<br />
Padres sandy loam, 2 to 9 percent<br />
slopes Sandy loam Well drained 7 - 10<br />
204<br />
Aramburu-Temblor complex, 30 to<br />
50 percent slopes<br />
Channery<br />
loam Well drained 9 - 10<br />
222<br />
Beam-Panoza-Hillbrick complex,<br />
50 to 75 percent slopes Loam Well drained 8 - 10<br />
240<br />
Panoza-Beam complex, 15 to 30<br />
percent slopes Loam Well drained 8 - 10<br />
241<br />
Panoza-Beam complex, 30 to 50<br />
percent slopes Loam Well drained 8 - 10<br />
242<br />
Panoza-Beam complex, 50 to 75<br />
percent slopes Loam Well drained 8 - 10<br />
280<br />
Seaback-Panoza_Jenks complex, 9<br />
to 15 percent slopes Loam Well drained 8 - 10<br />
310<br />
Yeguas-Pinspring complex, 0 to 2<br />
percent slopes<br />
Loam, clay,<br />
clay loam Well drained 8 - 10<br />
311<br />
Yeguas-Pinspring complex, 2 to 5<br />
percent slopes<br />
Loam, clay,<br />
clay loam Well drained 8 - 10<br />
321<br />
Thomohill loam, 2 to 5 percent<br />
slopes Loam Well drained 8 - 10<br />
360<br />
Chicote complex, 0 to 2 percent<br />
slopes<br />
Silty clay<br />
loam, clay<br />
Moderately<br />
well drained 8 - 10<br />
361<br />
Chicote complex, 2 to 5 percent<br />
slopes<br />
Silty clay<br />
loam, clay<br />
Moderately<br />
well drained 8 - 10<br />
900 Pits N/A N/A N/A<br />
1 Source: Soil Survey of San Luis Obispo County, California, Carrizo Plain Area (NRCS 2003)<br />
No aquatic resources are mapped on-site by the National Wetland Inventory Program (NWI).<br />
However, a portion of the depressional wetlands and tributaries to Soda Lake located south of the<br />
site have been identified as various palustrine wetland types.<br />
CVSR 2010 Special-status Plant Survey<br />
Final Report<br />
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H. T. Harvey & Associates<br />
18 November 2010
241<br />
120<br />
120<br />
218<br />
900<br />
204<br />
900 240<br />
221<br />
220<br />
221<br />
204<br />
220<br />
130<br />
251<br />
120<br />
170<br />
130<br />
201<br />
170<br />
240<br />
170<br />
240<br />
173<br />
204<br />
240<br />
240<br />
204<br />
222<br />
330<br />
220<br />
222<br />
160<br />
241<br />
240<br />
220<br />
131<br />
130<br />
204<br />
274<br />
121<br />
221<br />
130<br />
200<br />
251<br />
204<br />
263<br />
170<br />
271<br />
270<br />
241<br />
281<br />
321<br />
240<br />
241<br />
240<br />
241<br />
180<br />
160<br />
204<br />
240<br />
120<br />
241<br />
160<br />
905<br />
900<br />
160<br />
191<br />
240<br />
221<br />
905<br />
170<br />
241<br />
240<br />
219<br />
170<br />
900<br />
131<br />
242<br />
221<br />
130<br />
201<br />
K E R N<br />
C O U N T Y<br />
281<br />
311<br />
280<br />
280<br />
281<br />
281<br />
241<br />
175<br />
190<br />
240<br />
280<br />
140<br />
241<br />
240<br />
242<br />
169<br />
900<br />
240<br />
219<br />
219<br />
241<br />
241<br />
240<br />
170<br />
240<br />
221<br />
240<br />
202<br />
222<br />
200<br />
201<br />
120<br />
130<br />
200<br />
170<br />
281<br />
311<br />
170<br />
170<br />
240<br />
241<br />
58<br />
240<br />
240<br />
241<br />
222<br />
900<br />
173<br />
219<br />
219<br />
131<br />
131<br />
130<br />
240<br />
170<br />
900<br />
240<br />
219<br />
170<br />
170<br />
240<br />
130<br />
281<br />
900<br />
240<br />
170<br />
169<br />
241<br />
170<br />
240<br />
169<br />
240<br />
240<br />
175<br />
240<br />
169<br />
900<br />
310<br />
311<br />
240<br />
321<br />
173<br />
240<br />
175<br />
241<br />
240<br />
361<br />
280<br />
280<br />
170<br />
900<br />
240<br />
360<br />
240<br />
240<br />
170<br />
175<br />
N:\Projects3000\3103-01\Reports\Plant Special Status Survey Report<br />
361<br />
Data Sources: [1] San Luis Obispo County Graphic Information Systems (February 2000),<br />
[2] ESRI StreetMap USA (2006), [3] 1ft Natural Color SunPower Aerial (2009), Natural<br />
Resources Conservation Service (NRCS)<br />
Ecological Sites<br />
Clayey Hills 10-14" P.Z.<br />
Fine Loamy<br />
Fine Loamy Flat<br />
Loamy Bottomland<br />
Limy Upland (shallow) 9-12" P.Z.<br />
Loamy Upland 9-13" P.Z.<br />
Shaly Fine Loamy<br />
Shaly Loam<br />
#<br />
Pits<br />
Sorrento loam, 2 to 9 percent slopes<br />
Xerofluvents-Riverwash association,<br />
0 to 2 percent slopes<br />
Soil Series Boundary<br />
Spring 2010 Biotic Study Area<br />
Summer 2010 Biotic Study Area<br />
Scale<br />
1:28,200<br />
1 inch = 2,350 feet<br />
169<br />
0 0.4 0.8 Miles<br />
0 1,175 2,350 4,700 Feet<br />
Coordinate System: North American Datum 83 Universal Trans Mecator (UTM) Zone 11 North<br />
240<br />
California Valley Solar Ranch<br />
CVSR 2010 Special Status Plant Survey Report<br />
Figure 3: Soils Map<br />
HPR II
VEGETATION COMMUNITIES<br />
Seven vegetation community-landform types were described as occurring on the Project site<br />
during the first special-status plant survey effort conducted by URS Corporation in 2008 and<br />
2009 (described in greater detail below). The communities include: Annual Grassland, Interior<br />
Coast Range Saltbush Scrub, Wildflower Field, Desert Sink Scrub, Tamarisk Scrub, Alkaline<br />
Seasonal Wetlands-Wildflower Field Complex, and Ephemeral Drainages (H. T. Harvey &<br />
Associates 2009). Although our subsequent survey effort allowed closer examination of the type<br />
and extent of plant communities occurring on site, and we feel that most of the vegetation<br />
communities are probably better described by using a classification system that utilized multiple<br />
vegetation community associations, we decided for the sake of consistency amongst the various<br />
environmental documents and technical studies prepared for the Project, to retain the URS plant<br />
community descriptors in describing habitats on site. A few observations, however, are worthy of<br />
note: (1) additional wildflower fields, a California Department of Fish and Game (CDFG)<br />
sensitive habitat type (CDFG 2003), were identified during the 2010 special-status plant surveys;<br />
and (2) several of the scrub habitat types are more limited than originally described.<br />
In general, the site is generally grassy and dominated by non-native annual grasses and forbs,<br />
except in areas with more extreme topography (i.e., hills, fault scarps, exposed slopes); areas<br />
underlain with more clayey or sandy soils; and areas within the southwestern portion of the site.<br />
All of these latter areas supported significant concentrations of native species. Scrub habitats onsite<br />
were mostly restricted to alkaline sinks, alluvial fans and hilly areas north of SR 58. A<br />
complete list of all plant species identified on the Project site by H. T. Harvey & Associates is<br />
provided as Appendix A.<br />
CVSR 2010 Special-status Plant Survey<br />
Final Report<br />
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H. T. Harvey & Associates<br />
18 November 2010
SURVEY METHODS<br />
2010 SURVEY OVERVIEW<br />
Protocol-level surveys for special-status plant species considered rare, threatened or endangered<br />
by the California Native Plant Society (CNPS), CDFG, and/or the U.S. Fish and Wildlife Service<br />
(USFWS) were performed by H. T. Harvey & Associates on the approximately 4,732-ac spring<br />
BSA, Figure 2) in spring and summer of 2010. The 2010 surveys of the spring and summer<br />
BSAs (i.e., the area surveyed in both the spring and summer surveys) were conducted in<br />
accordance with the most current USFWS, CDFG, and CNPS guidelines (USFWS 2002; CDFG<br />
2000; CDFG 2009; CNPS 2001). These surveys included:<br />
• Conducting surveys in a year with average or above-average rainfall;<br />
• Conducting surveys using a crew of qualified botanists proficient in plant taxonomy and<br />
familiar with the flora of the Carrizo Plain (see Appendix B);<br />
• On-foot surveys conducted on 50-ft center transects of the entire BSA during the initial<br />
spring bloom (March-April 2010);<br />
• Visiting known, off-site, reference populations of target plant species during the survey<br />
period; and<br />
• Targeted re-visits occurring during the continuing bloom in late April, May, June and<br />
July of 2010.<br />
Additionally, the survey crew searched for Camissonia populations in accordance with the<br />
Project’s mitigation measure for the Kern primrose sphinx moth (Euproserpinus euterpe) (M-<br />
BIO-2, H. T. Harvey & Associates 2009). No rare or sensitive Camissonia individuals were<br />
expected to occur in this area, however, certain common Camissonia species act as required host<br />
plants for successful larval maturation for this endangered species.<br />
The spring BSA for the 2010 spring rare plant surveys consisted of:<br />
• the original 4,732-ac area for the solar power plant south and north of SR 58;<br />
• on-site conservation lands south and north of SR 58;<br />
• the generation tie-line intended to connect the solar power plant to the existing 230 kV<br />
Morro Bay-Midway transmission lines;<br />
• the Twisselman Quarry; and<br />
• the roadway itself that will be used for transportation of quarried rock from the<br />
Twisselman Quarry to the rest of the Project site (Figure 2).<br />
Due to the evolving Project design, the survey area was expanded in June of 2010 to include all<br />
areas within the 5,513-ac summer BSA (Figure 2). Therefore, areas shown within the summer<br />
survey blocks but not included within the spring survey blocks were not surveyed to a protocol-<br />
CVSR 2010 Special-status Plant Survey<br />
Final Report<br />
9<br />
H. T. Harvey & Associates<br />
18 November 2010
level for special-status plant species. Areas outside the spring BSA were surveyed during later<br />
spring and/or summer revisits only, which only allowed plant ecologists to adequately survey for<br />
late-blooming target plant species. Additionally, these areas outside the spring BSA, but within<br />
the summer BSA, were never subject to transect-level surveys. All such areas (i.e., the Martin<br />
parcel, 400-ft wide corridor along the road to the Twisselman Mine north of spring survey Block<br />
2 and alternative switchyard locations, Figure 2) will be subject to future protocol-level surveys<br />
to attain the same level of protocol survey effort described in this document for areas within the<br />
original survey area, the 4,732-ac spring BSA.<br />
The plant surveys described within this report did not include the approximately 34-mi segment<br />
of the PG&E Morro Bay-Midway 230 kV transmission line between the solar energy projects on<br />
the Carrizo Plain and the Midway Substation near Buttonwillow that will be reconductored.<br />
Although reconductoring and tower replacement activities along this 34-mi segment are related<br />
to the CVSR Project, those activities are considered a separate project and thus those areas were<br />
not included in the 2010 CVSR special-status plant surveys.<br />
PRIOR SURVEYS<br />
Special-status plant surveys were initially conducted in proposed impact areas (as designed in<br />
2009) by URS Corporation (URS) in 2009. URS biologists conducted seasonally-timed, focused<br />
botanical surveys in the 2009 solar array footprints and the initially proposed transmission line<br />
routes on the following dates: 18 to 20 March and 8, 9, 22 and 23 April 2009. The initial<br />
botanical surveys were conducted on-foot by crews walking intuitive (i.e., not pre-set) transects<br />
at variable spacing through the impact areas. In addition, URS biologists surveyed reference<br />
sites within the vicinity of the Project site on 16 April 2009.<br />
URS biologists conducting blunt-nosed leopard lizard (BNLL) surveys in June, July, and August<br />
2009 also surveyed for summer-flowering special-status plants. BNLL/plant surveys were<br />
conducted using transects walked by at least three biologists approximately 30 to 60 ft apart,<br />
depending on topography. However, the entire area surveyed for the original focused botanical<br />
surveys was not resurveyed in the summer, nor was the later survey effort primarily focused on<br />
special-status plant detection and identification. Also, reference populations of late-blooming<br />
species, such as Atriplex spp., were not revisited. No special-status plants were found during the<br />
2009 surveys; however, rainfall totals for the area were very low during the 2008-2009 rainy<br />
season (Table 2).<br />
Table 2. California Valley Weather Underground Station Precipitation Totals. 2<br />
Month<br />
Previous Season<br />
Precipitation (inches)<br />
2007–2008<br />
Prior Survey Season<br />
Precipitation (inches)<br />
2008–2009<br />
Protocol-Level Survey<br />
Season Precipitation<br />
(inches)<br />
2009–2010<br />
October 0.39 0.05 0.62<br />
November 0.11 0.63 0.06<br />
December 1.4 1.2 1.95<br />
January 5.3 0.24 4.2<br />
CVSR 2010 Special-status Plant Survey<br />
Final Report<br />
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H. T. Harvey & Associates<br />
18 November 2010
Month<br />
Previous Season<br />
Precipitation (inches)<br />
2007–2008<br />
Prior Survey Season<br />
Precipitation (inches)<br />
2008–2009<br />
Protocol-Level Survey<br />
Season Precipitation<br />
(inches)<br />
2009–2010<br />
February 0.85 3.2 2.7<br />
March 0.05 0.51 0.56<br />
April 0.04 0.68 1.83<br />
Season Total 8.1 6.6 11.9<br />
2 Accessed on 11 May 2010 from http://www.wunderground.com/weatherstation/WXDailyHistory.asp?ID=KCACALIF2,<br />
Station ID (KCACALIF2)<br />
CURRENT (2010) <strong>SPECIAL</strong>-<strong>STATUS</strong> <strong>PLANT</strong> SURVEYS<br />
Target Species Selection<br />
Prior to site surveys, H. T. Harvey & Associates consulted the most recent available records<br />
within the California Natural Diversity Database ([CNDDB] 2010) (Figure 4), records for plant<br />
species on lists 1-4 maintained by the CNPS (2010), and herbarium specimen and record<br />
information available through CalFlora (2010) and the California Consortium of Herbaria<br />
([CCH] 2010). An initial list of species based on all CNPS-listed plants known to occur within<br />
San Luis Obispo and Kern Counties was narrowed based on habitat, elevation, and occurrence<br />
information to a list of 23 target species for the 2010 survey effort, presented in Table 3, below.<br />
For clarification, the 2010 surveys were floristic in nature, and aimed to identify every plant<br />
found on-site to the level necessary to determine its exact identity and status of that plant<br />
(typically variety or subspecies level).<br />
Table 3. California Valley Solar Ranch Target Special-status Plants, 2010 Surveys.<br />
Scientific Name Common Name<br />
Regulatory<br />
Status 3 Blooming Period<br />
Androsace elongata ssp.<br />
acuta California androsace CNPS 4.2 March - June<br />
Antirrhinum ovatum Oval-leaved snapdragon CNPS 4.2 May – November<br />
Astragalus macrodon Salinas milk-vetch CNPS 4.3 April – July<br />
Atriplex cordulata Heartscale CNPS 1B.2<br />
Atriplex coronata var.<br />
coronata Crownscale CNPS 4.2<br />
Atriplex coronata var.<br />
vallicola Lost hills crownscale CNPS 1B.2<br />
April – October<br />
(identifiable in summer and<br />
fall)<br />
March – October<br />
(identifiable in summer and<br />
fall)<br />
April – August<br />
(identifiable in summer and<br />
fall)<br />
California macrophylla Round-leaved filaree CNPS 1B.1 March – May<br />
Calochortus simulans La Panza mariposa lily CNPS 1B.3 April – June<br />
CVSR 2010 Special-status Plant Survey<br />
Final Report<br />
11<br />
H. T. Harvey & Associates<br />
18 November 2010
Scientific Name Common Name<br />
Regulatory<br />
Status 3 Blooming Period<br />
Caulanthus californicus California jewel-flower FE, SE, CNPS 1B.1 February – May<br />
Caulanthus lemmonii Lemmon’s jewel-flower CNPS 1B.2 March – May<br />
Delphinium gypsophilum<br />
ssp. gypsophilum Gypsum-loving larkspur CNPS 4.2 February – May<br />
Delphinium recurvatum Recurved larkspur CNPS 1B.2 March – June<br />
Eriastrum hooveri Hoover’s eriastrum CNPS 4.2 March – July<br />
Eriogonum gossypinum Cottony buckwheat CNPS 4.2 March – September<br />
Eriogonum temblorense Temblor buckwheat CNPS 1B.2 May – September<br />
Eschscholzia rhombipetala<br />
Diamond-petaled California<br />
poppy CNPS 1B.1 March – April<br />
Lasthenia ferrisiae Ferris’ goldfields CNPS 4.2 February – May<br />
Lasthenia glabrata ssp.<br />
coulteri Coulter’s goldfields CNPS 1B.1 February – June<br />
Layia heterotricha Pale-yellow layia CNPS 1B.1 March – June<br />
Layia munzii Munz’s tidy-tips CNPS 1B.2 March – April<br />
Lepidium jaredii ssp. jaredii Jared’s pepper-grass CNPS 1B.2 March – May<br />
Madia radiata Showy golden madia CNPS 1B.1 March – May<br />
Monolopia congdonii San Joaquin woollythreads FE, CNPS 1B.2 February – May<br />
3 Status Definitions: FE = Federally Endangered, SE = State Endangered, CNPS = California Native Plant Society, 1B = Plants<br />
that are rare, threatened, or endangered in California and elsewhere, 4 = A watch list of plants of limited distribution, 0.1:<br />
Seriously endangered in California, 0.2: Fairly endangered in California, 0.3: Not very endangered in California.<br />
Survey Preparation and Timing<br />
Survey Timing and Rainfall Totals. Beginning in January 2010, H. T. Harvey & Associates<br />
began reconnaissance visits for monitoring phenology and rainfall, and timing the special-status<br />
plant surveys of the spring BSA (Figure 2). One or both plant ecologists K. Hardwicke, Ph.D.<br />
and Ethan Barnes, M.S., visited the site on 28 and 29 January, 2, 12, 18, 19 and 23 February, and<br />
10 March 2010 to monitor the progression of phenology on the site and within the wider Carrizo<br />
Plain area.<br />
Additionally, weather was monitored very carefully during these visits, to check both for<br />
precipitation events and average temperatures. Accurate protocol-level surveys for springblooming<br />
annuals cannot take place in annual grasslands during years of less-than-normal<br />
rainfall. A recent soil survey (NRCS 2003) indicates that mean annual precipitation for most of<br />
the soil types found on site falls between 8 – 10 inches, with some soil types receiving a mean of<br />
as low as 7 inches annually (Table 1). Only one foothill soil type, Sorrento Loam, which<br />
comprises a very small portion of the BSA, receives a mean annual precipitation as high as 10 -<br />
12 inches (Table 1, Figure 3). Given these data, it seems reasonable to assume that mean annual<br />
precipitation for the site in general is between 8 – 10 inches per year. A nearby weather station<br />
in California Valley (Station ID KCACALIF2) recorded a very low total annual precipitation for<br />
the 2008-2009 season during the prior 2009 URS survey effort at 6.6 inches (Table 2). However,<br />
CVSR 2010 Special-status Plant Survey<br />
Final Report<br />
12<br />
H. T. Harvey & Associates<br />
18 November 2010
Munz's tidy-tips<br />
showy golden madia<br />
showy golden madia<br />
round-leaved filaree<br />
Hoover's eriastrum<br />
pale-yellow layia<br />
K e r n C o u n t y<br />
San Joaquin woollythreads<br />
33<br />
COTTONTAIL<br />
N:\Projects3000\3103-01\Reports\Plant Special Status Survey Report<br />
Lemmon's jewel-flower<br />
L A PA N Z A N E<br />
Q U A D<br />
BITTERWATER RD<br />
Indian Valley spineflower<br />
C A L I F O R N I A VA L L E Y<br />
Q U A D<br />
M I R A N D A P I N E M O U N TA I N<br />
Q U A D<br />
Legend<br />
S a n L u i s O b i s p o C o u n t y<br />
SODA LAKE RD<br />
L A S Y E G U A S R A N C H<br />
Q U A D<br />
58<br />
S I M M L E R<br />
Q U A D<br />
recurved larkspur<br />
Munz's tidy-tips<br />
Munz's tidy-tips<br />
Northern Claypan Vernal Pool<br />
recurved larkspur<br />
San Luis Obispo mariposa-lily<br />
San Luis Obispo mariposa-lily<br />
Lost Hills crownscale<br />
Munz's tidy-tips<br />
diamond-petaled California poppy<br />
Coulter's goldfields<br />
heartscale<br />
Munz's tidy-tips<br />
recurved larkspur Lost Hills crownscale<br />
Lost Hills crownscale<br />
Valley Sink Scrub<br />
Valley Sink Scrub<br />
Lost Hills crownscale<br />
recurved larkspur<br />
Valley Sink Scrub<br />
Valley Sink Scrub<br />
Munz's tidy-tips<br />
Jared's pepper-grass<br />
Lost Hills crownscale<br />
round-leaved filaree<br />
C H I M I N E A S R A N C H<br />
Q U A D<br />
oval-leaved snapdragon<br />
Munz's tidy-tips<br />
Lost Hills crownscale<br />
Soda<br />
Lake<br />
oval-leaved snapdragon<br />
pale-yellow layia<br />
golden violet<br />
Lemmon's jewel-flower<br />
Lemmon's jewel-flower<br />
Lost Hills crownscale<br />
Lost Hills crownscale<br />
round-leaved filaree<br />
B R A N C H M O U N TA I N San Luis Obispo mariposa-lily<br />
Q U A D<br />
umbrella larkspur<br />
San Luis Obispo mariposa-lily<br />
San Luis Obispo mariposa-lily<br />
San Luis Obispo mariposa-lily<br />
County Boundary<br />
7.5 Quad Index<br />
Biological Study Area Boundary<br />
umbrella larkspur<br />
San Luis Obispo mariposa-lily<br />
CNDDB Records<br />
Plants<br />
Lemmon's jewel-flower<br />
Lemmon's jewel-flower<br />
Specific Location<br />
Approximate Location<br />
General Area<br />
Terrestrial Communities<br />
Approximate Location<br />
General Area<br />
Scale<br />
1:190080<br />
1 inch = 3 miles<br />
0 3 Miles<br />
0 10,000 20,000 Feet<br />
Coordinate System: North American Datum 83 Universal Trans Mecator (UTM) Zone 11 North<br />
C A R N E R O S R O C K S<br />
Q U A D<br />
Hoover's eriastrum<br />
Temblor buckwheat<br />
Lemmon's jewel-flower<br />
M C K I T T R I C K S U M M I T<br />
Q U A D<br />
Jared's pepper-grass<br />
recurved larkspur<br />
Lost Hills crownscale<br />
recurved larkspur<br />
Jared's pepper-grass<br />
Munz's PA I N T E D R O C K<br />
tidy-tips<br />
Q U A D<br />
Munz's tidy-tips<br />
Munz's tidy-tips<br />
recurved larkspur<br />
Coulter's goldfields<br />
Jared's pepper-grass<br />
R E W A R D Q U A D B E L R I D G E Q U A D<br />
Kern mallow<br />
HWY 58<br />
Munz's tidy-tips<br />
California jewel-flower<br />
oval-leaved snapdragon<br />
Jared's pepper-grass<br />
Jared's pepper-grass<br />
Lemmon's jewel-flower<br />
San Joaquin woollythreads<br />
California Valley Solar Ranch<br />
CVSR 2010 Special Status Plant Survey Report<br />
Figure 4: CNDDB Results for Special-Status Plants<br />
HPR II<br />
PA N O R A M A H I L L S Q U A D
the total annual precipitation recorded for the 2009-2010 wet season leading up to and including<br />
our 2010 spring survey effort equaled 11.9 inches. Based on the NRCS (2003) data, it was<br />
determined in March of 2010 that annual precipitation totals would be at least within mean levels<br />
for the survey year. Including April precipitation (Table 2), 2009-2010 may even be considered<br />
an above-average year for rainfall in the Project site vicinity, with rainfall totals almost 2 inches<br />
above the upper limit of mean annual precipitation of the vast majority of soil types on-site<br />
(Table 1).<br />
Site Grazing Usage. As mentioned above in the Project Site Description, the site is currently<br />
used for cattle grazing. According to Daryl Twisselman, typical stocking rates over the entire<br />
site during the late winter and spring totaled approximately 800 head (pers. communication,<br />
March 2010). Because this livestock stocking rate has the potential to have a significant impact<br />
on herbaceous cover on the site, and because grazed annuals are often not identifiable due to<br />
removal of the blooms and other key features, we requested that cattle be removed from the<br />
property in late February - early March 2010 to allow special-status plants to produce flowering<br />
structures and ensure that these species would be identifiable. A reconnaissance site visit<br />
confirmed that the majority of the cattle (> 750 head) had been removed from the site as of 10<br />
March 2010.<br />
Survey Crew Preparation. Before commencement of surveys, a three-day orientation and<br />
training session was provided to the survey crew on 15-17 March 2010. Materials such as soils<br />
maps, URS’ original habitat map, site aerial photographs, datasheets to be used during the<br />
surveys and a list of the target species was provided to the crew. Additionally, crew members<br />
received a description of key taxonomic characters for each target species that separate these<br />
species from their most similar common relatives based on Hickman 1993 or, where available,<br />
new keys from the on-line Jepson Manual (Baldwin et al. 2011, in press). A tour of the entire<br />
site was conducted to familiarize the crew with the BSA, and an on-site tutorial was provided to<br />
instruct the crew on the use of GPS units used in the surveys and how to follow preset GIS-based<br />
transects (see On-site Survey Methodology, below). Finally, on 16 and 17 March 2010, the crew<br />
visited nearby reference site populations (see Reference Site Populations, below).<br />
Survey Dates, Personnel, and Effort<br />
The 2010 floristic surveys were scheduled in coordination with CNPS guidelines (2001), as well<br />
as project-specific guidance provided by Dave Hacker of CDFG and Susan Jones of the USFWS<br />
(pers. communication, 4 March 2010). These surveys occurred during the appropriate seasons to<br />
capture all target species (Table 3). The 2010 surveys were timed specifically to allow<br />
identification of any and all special-status plant species on-site as well as all common species. A<br />
summary of 2010 survey dates and personnel is also provided in Table 4. A list of survey dates<br />
and personnel is also shown in relation to the published blooming period for each target species<br />
on Figure 5, following page. A team of qualified botanists were employed to conduct the on-site<br />
surveys. The team included Ethan Barnes, M.S., Brian Cleary, M.S., Colin Wilkinson, B.S.,<br />
Catherine Roy, M.S., Chris Winchell, Christopher Bronny, M.S., Cecile Shohet, M.S., and Kyle<br />
Christie, M.S. Resumes for the Project team are included as Appendix B.<br />
As described above, on-site phenology was monitored throughout January, February and early<br />
March 2010 to determine the best start date for the initial spring survey sweep. Because the<br />
CVSR 2010 Special-status Plant Survey<br />
Final Report<br />
14<br />
H. T. Harvey & Associates<br />
18 November 2010
majority of target species were annuals with documented blooming periods between March and<br />
May, comprehensive, transect based spring surveys were scheduled for the entire BSA during the<br />
initial bloom in late March – mid April (Figure 5, Table 4). Subsequent re-visit surveys occurred<br />
throughout the remainder of the growing season to monitor specific populations of springblooming<br />
species not yet blooming or lacking some identifying characters during the initial<br />
spring surveys (i.e., Calochortus sp. and Delphinium sp., late April 2010), or to revisit the entire<br />
site (May, June, and July 2010) (Figure 5, Table 4). Multiple revisits allowed us to monitor onsite<br />
phenology for later blooming species such as annual Atriplex spp. and Eriogonum spp.<br />
Summer surveys were conducted when on-site phenology was adequate to identify annual<br />
Atriplex spp. fruiting structures, which are necessary for proper identification.<br />
The first spring survey sweep (March – April 2010, see Figure 5) was conducted over 21 days of<br />
surveys and totaled approximately 1035 hours of survey time. Additional survey time occurred<br />
during 2 days of revisits in late April, when individual populations were checked for identifying<br />
character development. The spring revisit in May 2010 was conducted over 5 days of surveys<br />
and totaled approximately 90 hours of survey time (Figure 5). The summer revisits in June and<br />
July 2010 were conducted over 6 days and totaled approximately 108 hours of survey time<br />
(Figure 4). In summary, the 2010 surveys included over 1220 hours of on-site survey time, a<br />
figure which does not include time for reconnaissance visits, orientation and training, travel,<br />
reference site visits, quadrat sampling, or specimen identification time.<br />
Survey Methodology<br />
Taxonomy and Identification. Plants found on-site were identified using one or several of the<br />
following resources: A California Flora and Supplement (Munz and Keck 1968), The Jepson<br />
Manual (Hickman 1993), and for select genera where available, The Jepson Manual, Online 2 nd<br />
Edition (Baldwin et al. 2011, in press). Further supplemental information, taxonomic crosswalks<br />
between keys, and visual comparisons were provided by Wildflowers of San Luis Obispo,<br />
California (Keil 2010), Wildflowers of the Carrizo Plain Area (McLeod 2004) and CalFlora<br />
(2010). Additionally, expert concurrence was sought on difficult identifications.<br />
Voucher specimens were collected to provide verifiable documentation of species’ presence on<br />
the Project site and also allow for accurate identification. All special-status species observed on<br />
the Project site were vouchered, as such action did not jeopardize the continued existence of the<br />
populations. Voucher specimens are housed at H.T. Harvey & Associates, San Joaquin Valley<br />
Office, 7815 N. Palm Avenue, Suite 310, Fresno, CA 93711.<br />
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Figure 5. Survey Dates and Blooming Periods for All Special-status Plant Species.<br />
Plants<br />
Legend:<br />
• Colored horizontal lines correspond with<br />
the published blooming period for each<br />
of the target species.<br />
• Colored vertical lines correspond with<br />
the colored survey dates explained in the<br />
table below.<br />
Androsace elongata ssp. acuta<br />
Antirrhinum ovatum<br />
Astragalus macrodon<br />
Atriplex cordulata<br />
Atriplex coronata var. coronata<br />
Atriplex vallicola<br />
California macrophylla<br />
Calochortus simulans<br />
Caulanthus californicus<br />
Caulanthus coulteri var. lemmonii<br />
Delphinium gypsophilum ssp. gypsophilum<br />
Delphinium recurvatum<br />
Eriastrum hooveri<br />
Eriogonum gossypinum<br />
Eriogonum temblorense<br />
Eschscholzia rhombipetala<br />
Lasthenia ferrisiae<br />
Lasthenia glabrata ssp. coulteri<br />
Layia heterotricha<br />
Layia munzii<br />
Lepidium jaredii ssp. jaredii<br />
Madia radiata<br />
Monolopia congdonii<br />
1-Jan-10<br />
15-Jan-10<br />
31-Jan-10<br />
15-Feb-10<br />
28-Feb-10<br />
15-Mar-10<br />
31-Mar-10<br />
15-Apr-10<br />
30-Apr-10<br />
15-May-10<br />
31-May-10<br />
15-Jun-10<br />
30-Jun-10<br />
15-Jul-10<br />
Notes<br />
Survey Dates<br />
March 15-17<br />
March 18, 19<br />
March 22-26<br />
March 29-31<br />
April 1-5<br />
April 6-12<br />
April 22, 29<br />
Tasks Areas Covered Personnel<br />
• Orientation<br />
All areas in Figure 2 labeled for spring plant survey boundaries.<br />
K. Hardwicke, E. Barnes, B. Cleary, K. Christie, C. Shohet, C. Bronny, C. Roy<br />
• Visit reference populations<br />
• Conduct initial spring surveys All areas in Figure 2 labeled for spring plant survey boundaries. B. Cleary, K. Christie, C. Shohet, C. Bronny, C. Roy<br />
• Conduct initial spring surveys All areas in Figure 2 labeled for spring plant survey boundaries. E. Barnes, B. Cleary, K. Christie, C. Shohet, C. Bronny,C. Wilkinson<br />
• Conduct initial spring surveys All areas in Figure 2 labeled for spring plant survey boundaries. E. Barnes, B. Cleary, K. Christie, C. Shohet, C. Bronny, C. Roy, C. Wilkinson<br />
• Conduct initial spring surveys All areas in Figure 2 labeled for spring plant survey boundaries. E. Barnes, B. Cleary, K. Christie, C. Shohet, C. Bronny, C. Roy, C. Wilkinson<br />
• Conduct initial spring surveys<br />
• Revisit and estimate population numbers of Munz’s<br />
All areas in Figure 2 labeled for spring plant survey boundaries.<br />
Areas identified with Calochortus and Delphinium sp. in spring surveys, and areas<br />
E. Barnes, B. Cleary, C. Bronny, C. Roy, C. Wilkinson<br />
B. Cleary, C. Wilkinson<br />
layia<br />
with dense populations of Munz’s layia<br />
• Track site phenology<br />
• Visit reference populations<br />
May 3-7<br />
• Revisit plants not yet in bloom from spring surveys All areas in Figure 2 labeled for spring plant survey boundaries.<br />
C. Wilkinson, C. Bronny<br />
• Survey added area and new switchyard location<br />
June 29<br />
• Visit reference populations. All areas in Figure 2 labeled for summer plant survey boundaries. C. Wilkinson, C. Winchell, E. Barnes<br />
June 30, July 1,2 • Survey for late-blooming species All areas in Figure 2 labeled for summer plant survey boundaries. C. Wilkinson, C. Winchell<br />
July 6-8<br />
• Survey for late-blooming species All areas in Figure 2 labeled for summer plant survey boundaries. B. Cleary, E. Barnes
Table 4. Timeline for 2010 CVSR Special-status Plant Surveys.<br />
Dates (2010) Location Task(s) Botanists<br />
January - March All areas in spring BSA Check on-site phenology for<br />
spring-survey start dates<br />
• Kelly Hardwicke<br />
• Ethan Barnes<br />
March 15-17<br />
Site tour all areas in<br />
spring BSA, reference<br />
population locations<br />
• Orientation<br />
• Visit reference populations<br />
• Kelly Hardwicke<br />
• Ethan Barnes<br />
• Brian Cleary<br />
• Kyle Christie<br />
• Cecile Shohet<br />
• Chris Bronny<br />
March 18,19<br />
March, 22-26<br />
March, 29-31<br />
April, 1-3<br />
April, 5-12<br />
April 22, 29<br />
All areas in spring BSA<br />
Areas identified with<br />
Calochortus sp. in<br />
spring surveys, and<br />
areas with dense<br />
populations of Munz’s<br />
tidy-tips.<br />
Conduct initial spring survey<br />
sweep<br />
• Revisit and estimate<br />
population numbers of<br />
Munz’s tidy-tips.<br />
• Track site phenology.<br />
• Visit reference populations<br />
May 3-7 All areas in spring BSA • Revisit plants not yet in<br />
bloom from spring<br />
surveys.<br />
• Survey added area and<br />
new switchyard location.<br />
June 7,8<br />
June 29-July 2<br />
July 6-8<br />
Newly added Martin<br />
parcel and switchyard<br />
alternative, see areas<br />
added in Figure 2 for<br />
summer BSA<br />
All areas in summer<br />
BSA, reference<br />
population locations<br />
Identify rare plant habitat on<br />
new parcel<br />
Survey for late-blooming<br />
species.<br />
• Catherine Roy<br />
• Ethan Barnes<br />
• Brian Cleary<br />
• Kyle Christie<br />
• Cecile Shohet<br />
• Chris Bronny<br />
• Catherine Roy<br />
• Colin Wilkinson<br />
• Brian Cleary<br />
• Colin Wilkinson<br />
• Colin Wilkinson<br />
• Chris Bronny<br />
• Colin Wilkinson<br />
• Colin Wilkinson<br />
• Chris Winchell<br />
• Brian Cleary<br />
• Ethan Barnes<br />
Initial Spring Surveys. Field surveys of the entire spring BSA (Figure 2) were accomplished<br />
using teams of 3 – 7 botanists. During the initial spring survey sweep, which took place from<br />
mid March – mid April 2010 (Figure 5, Table 4), sometimes the entire group would survey as<br />
one team, and at other times the group was split into one or more, smaller survey teams. In<br />
either case, a team leader was always assigned to each crew on the ground, and was responsible<br />
for maintaining documentation and setting pace for the group. During each day, each team<br />
leader filled out a Team Leader data form that at a minimum provided a record of who was in the<br />
team for that day and where the surveys were located. Additional information was also taken on<br />
these forms when appropriate, such as if any target species were located, where populations of<br />
Camissonia spp. had been found, areas needing revisits due to early phenology, and transect<br />
count data (see Layia munzii Transects, below). The Team Leader forms are provided as<br />
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Appendix C. Comprehensive, floristic plant lists were maintained for each block on Threatened,<br />
Endangered, or Sensitive (TES) Plant List data forms (included as Appendix D). These forms<br />
also allowed each team to document community and vegetation types observed, where revisits<br />
were needed and where target species had been found. The two types of forms created a partially<br />
redundant survey record that guarded against lost data.<br />
Photograph 1. The survey team walking 50-ft transects<br />
on-site during the initial spring survey sweep.<br />
All areas within the approximately<br />
4,732-ac spring BSA were walked on<br />
foot by the survey team, using 50-ft<br />
transects arranged by pre-set survey<br />
Blocks numbered 1-13 (Figure 2,<br />
Photograph 1). The transect locations<br />
were also pre-set and loaded onto<br />
hand-held submeter Trimble GPS<br />
units (Geo-XH and similar models) so<br />
that the surveyors were aware of<br />
which transects they were covering<br />
while in the field. At least one GPS<br />
unit was used per survey team if<br />
multiple teams were surveying at the<br />
same time. As each transect was<br />
completed, the transect data was<br />
updated in the GIS data library for the<br />
project, to carefully track location of the survey team(s) by day and also to provide a digital<br />
record of survey completion. Additionally, when target or Camissonia species were<br />
encountered, these were recorded using GPS data capture, using waypoints for small populations<br />
and polygons for larger populations (except where data was captured by transect count for<br />
Munz’s tidy-tips, see below). Population size for each occurrence was estimated in the field.<br />
Layia munzii Transects and GIS Data. During the initial spring surveys, low densities of<br />
Munz’s tidy-tips (Layia munzii) were found to be scattered so widely over such a large<br />
percentage of the spring BSA such that capturing each individual by GPS or demarcating a<br />
discrete population in the field was typically not feasible. In the case of this special-status<br />
species only, counts were recorded manually by each surveyor for the length of each 50-ft center<br />
transect.<br />
Alternatively, surveyors encountered occasional, discrete, high-density concentrations of Munz’s<br />
tidy-tips. In such cases where these discrete high density concentrations were discernable, as<br />
with all other special-status species found on-site, the extent of the discrete area of concentrated<br />
individuals was mapped using a submeter Trimble GPS unit, and the number of individuals of<br />
Munz’s tidy-tips in that area was then visually estimated. For the largest, most dense population<br />
of Munz’s tidy-tips, initial population estimates were refined via quadrat sampling conducted by<br />
Brian Cleary and Colin Wilkinson on 22 April 2010 (Figure 5, Table 4). At this time, population<br />
densities and extent of Munz’s tidy tips adjacent to but off the Project site were also estimated.<br />
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Mid-Spring Revisits. On 22 and 29 April, Brian Cleary and Colin Wilkinson rechecked specific<br />
populations of spring-blooming species that had not been identifiable during the initial survey<br />
sweep. Then, a full round of revisits of the entire spring BSA (Figure 2) was conducted by Colin<br />
Wilkinson and Christopher Bronny on 3 – 7 May 2010 (Figure 5, Table 4). During these revisits,<br />
plants not yet in bloom during the initial survey and April revisits, or species requiring additional<br />
structures for identification (i.e. fruits) were revisited. Additionally, the survey crew conducted<br />
surveys within a wider area surrounding the road leading to the Twisselman Mine Site in the<br />
north, and encompassing the new design for the proposed switchyard (eastern alternative<br />
switchyard location only, see Figure 2). While the entire spring BSA (plus the additional areas<br />
indicated above) was resurveyed, intensive transecting methods were not used during this round<br />
of revisits. Instead, specific, targeted areas were intensively resurveyed on foot for this revisit.<br />
Such areas were either targeted by earlier GPS data or data form notes, or were intuitively<br />
selected based on habitat suitability for target species and prior knowledge of the site. Because<br />
the additional areas in the north were not included during the initial, exhaustive spring survey<br />
sweep, they are not considered to be surveyed to the same intensive protocol-level as all other<br />
areas within the spring BSA (Figure 2), and therefore will require early spring revisits at a future<br />
date. As with the previous surveys, when a population of Camissonia or any target species was<br />
encountered, the extent of the discrete population or area of concentrated individuals was<br />
mapped using a submeter Trimble GPS unit, and the number of individuals of target plants in the<br />
area was then visually estimated. All Team Leader data forms for this survey are included in<br />
Appendix C and TES data forms are included in Appendix D.<br />
Summer Revisits. Summer floristic surveys to identify late blooming species were conducted<br />
from 29 - 30 June, 1 - 2 July and 6 - 8 July 2010 by botanists Chris Winchell, Colin Wilkinson,<br />
Brian Cleary and Ethan Barnes (Figure 5, Table 4). A new system of survey blocks was used so<br />
that each summer survey team of two ecologists could resurvey in roughly equivalent habitats<br />
(Figure 2). These new blocks were designed so that all surveyors covered every habitat type onsite<br />
and encountered a complete representation of the Project area. Additionally, an expanded<br />
5,513-ac summer BSA was surveyed during this period, which included an approximately 400-ft<br />
wide corridor along the northern portion of the road to Twisselman mine, two alternative<br />
switchyard locations, and a new grassland and quarry parcel in the southern portion of the site<br />
known as the Martin parcel (Figure 2). Because the additional areas for this survey (i.e., the<br />
wide swath around the road to the northern Twisselman mine, the alternative switchyard<br />
locations, and the Martin parcel) were not included during the initial, exhaustive spring survey<br />
sweep, they are not considered to be surveyed to the same intensive protocol-level as all other<br />
areas within the spring BSA (Figure 2). Therefore, these additional areas will require full spring<br />
revisits at a future date.<br />
Target species for the summer revisits included the three Atriplex spp. and two Eriogonum spp.<br />
listed in Table 3. Floristic, on-foot surveys were conducted in all potential suitable habitats for<br />
Atriplex spp. (Photograph 2) and Eriogonum spp. Vehicular surveys were used to cover upland<br />
annual grassland areas that were unlikely to support the target species. As with the previous<br />
surveys, when a population of Camissonia or any target species was encountered, the extent of<br />
the discrete population or area of concentrated individuals was mapped using a submeter Trimble<br />
GPS unit, and the number of individuals of target plants in the area was then visually estimated.<br />
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All Team Leader data forms for this<br />
survey are included in Appendix C and<br />
TES data forms are included in<br />
Appendix D.<br />
Reference Site Visits<br />
Protocol-level surveys include visits to<br />
nearby, known reference sites for target<br />
species, where such sites are legally<br />
accessible. Such visits can allow plant<br />
ecologists to gauge suitable habitat for<br />
target species on the survey site,<br />
determine whether annual species are<br />
blooming in a given year and also<br />
determine whether surveys are<br />
Photograph 2. Summer 2010 Surveys in habitat<br />
suitable for target Atriplex spp.<br />
appropriately timed. Reference populations selected for visits in the 2010 CVSR surveys were<br />
located using the CNDDB (2010) (Figure 4), or in cases of CNPS List 4 plants not tracked by the<br />
CNDDB, accession information available for the CCH (2010). A summary of reference site<br />
visits and additional applicable information for each target species is provided in Table 5, below.<br />
Table 5. 2010 CVSR Target Special-status Plant Species Reference Site Visit Summary.<br />
Scientific Name<br />
Regulatory<br />
Status<br />
Reference<br />
Population ID<br />
Dates(s) Visited<br />
Observed (Y/N)<br />
Comments<br />
Androsace elongata ssp.<br />
acuta<br />
Antirrhinum ovatum CNPS 4.2<br />
CNPS 4.2 N/A N/A N/A<br />
CNDDB Occ.<br />
#13<br />
6/29 N<br />
Astragalus macrodon CNPS 4.3 N/A N/A N/A<br />
Atriplex cordulata CNPS 1B.2 N/A N/A N/A<br />
Atriplex coronata var.<br />
coronata<br />
Atriplex coronata var.<br />
vallicola<br />
CNPS 4.2<br />
CNPS<br />
1B.2<br />
Accession<br />
#JEPS90681<br />
CNDDB Occ.<br />
#60<br />
6/29 Y<br />
6/29 Y<br />
Insufficient location information for<br />
reference site visit.<br />
Not found; locality information<br />
vague. Possibly extirpated due to<br />
mining activities.<br />
Insufficient location information for<br />
reference site visit.<br />
Reference information for CNDDB<br />
Occ. #36 indicates that this species<br />
was possibly misidentified and may<br />
not occur in the Carrizo Plain;<br />
locality information vague, site not<br />
visited. Mature bracts were present<br />
on plants at the Alkali Sink Preserve<br />
near Mendota, Fresno Co. on 6/24.<br />
Plants were in fruit/flower; mature<br />
fruit bracts present.<br />
Plants were in fruit; mature fruit<br />
bracts present.<br />
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Scientific Name<br />
Regulatory<br />
Status<br />
Reference<br />
Population ID<br />
Dates(s) Visited<br />
Observed (Y/N)<br />
Comments<br />
California macrophylla<br />
Calochortus simulans<br />
Caulanthus californicus<br />
Caulanthus lemmonii<br />
Delphinium<br />
gypsophilum ssp.<br />
gypsophilum<br />
Delphinium recurvatum<br />
CNPS<br />
1B.1<br />
CNPS<br />
1B.3<br />
FE, SE.,<br />
CNPS<br />
CNDDB Occ. 3/18 Y Plants vegetative.<br />
#105 4/22 Y Plants in fruit.<br />
CNDDB Occ.<br />
#15<br />
CNDDB Occ.<br />
#45<br />
1B.1 CNDDB Occ.<br />
#44<br />
CNPS<br />
1B.2<br />
CNPS 4.2<br />
CNPS<br />
1B.2<br />
Eriastrum hooveri CNPS 4.2<br />
Eriogonum gossypinum CNPS 4.2<br />
Eriogonum temblorense<br />
Eschscholzia<br />
rhombipetala<br />
CNPS<br />
1B.2<br />
CNPS<br />
1B.1<br />
Lasthenia ferrisiae CNPS 4.2<br />
Lasthenia glabrata ssp.<br />
coulteri<br />
Layia heterotricha<br />
Layia munzii<br />
CNPS<br />
1B.1<br />
CNPS<br />
1B.1<br />
CNPS<br />
1B.2<br />
5/3 Y Plants in flower<br />
3/20 N<br />
4/4 Y<br />
N/A N/A N/A<br />
Accession<br />
#SBBG80408<br />
CNDDB Occ.<br />
#26<br />
CNDDB Occ.<br />
#87<br />
CNDDB Occ.<br />
#17<br />
Accession<br />
#JEPS108267<br />
5/3 Y<br />
Plants were observed on this site by<br />
C. Wilkinson in ’08; however no<br />
plants were observed in ‘10<br />
Plants were in full flower; several<br />
plants had immature fruits.<br />
Limited access to reference sites<br />
near the monument; species not<br />
referenced.<br />
Plants were in full flower, mature<br />
fruits present.<br />
3/13, Numerous vegetative plants<br />
Y<br />
3/17<br />
observed south of 7 Mile Rd.<br />
4/17 Y Plants were in flower<br />
4/22 Y Plants were in flower<br />
6/29 Y<br />
6/29 N<br />
Kern County population. Plants<br />
were dead; fruits senesced<br />
Plants not observed; reference site<br />
visit possibly late in season.<br />
CNDDB Occ. #1 6/29 Y Plants in early flower<br />
CNDDB Occ. #8<br />
Location<br />
information<br />
from E.<br />
rhombipetala<br />
Occ. #8<br />
3/21,<br />
4/4<br />
3/13,<br />
3/16<br />
N<br />
Y<br />
Suitable habitat present; however<br />
plants not observed.<br />
Plants were in early flower.<br />
3/21 Y<br />
Large population; plants were in<br />
full flower.<br />
N/A N/A N/A<br />
CNDDB locality information<br />
vague; reference sites not visited.<br />
N/A N/A N/A<br />
CNDDB locality information<br />
vague; reference sites not visited.<br />
3/13 Y Plants in early flower<br />
CNDDB Occ.<br />
3/16 Y Plants in +/- early flower<br />
#23<br />
3/21 Y Plants in full flower<br />
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Scientific Name<br />
Regulatory<br />
Status<br />
Reference<br />
Population ID<br />
Dates(s) Visited<br />
Observed (Y/N)<br />
Comments<br />
Lepidium jaredii ssp.<br />
jaredii<br />
Madia radiata<br />
Monolopia congdonii<br />
CNPS<br />
1B.2<br />
CNPS<br />
1B.1<br />
FE, CNPS<br />
1B.2<br />
CNDDB Occ. #6<br />
3/13 Y<br />
3/20 Y<br />
4/4 Y<br />
Plants in flower; some plants<br />
vegetative.<br />
Plants in full flower; immature<br />
fruits present.<br />
Plants in full flower; mature fruits<br />
present.<br />
CNDDB Occ. #2 3/17 Y Plants in full flower<br />
CNDDB Occ.<br />
#31<br />
3/13,<br />
3/16,<br />
3/20,<br />
4/4,<br />
4/17<br />
Y<br />
Numerous populations were located<br />
throughout the Monument,<br />
especially along Soda Lake Rd. and<br />
within the Elkhorn Plain. Most<br />
plants were flowering by 3/20. By<br />
4/17 plants were dead or in fruit.<br />
On 13, 16, 17, and 21 March, reference populations of several target rare plant species were<br />
visited by the entire spring survey team (Table 5). These included reference populations for San<br />
Joaquin woollythreads (Monolopia congdonii), recurved larkspur (Delphinium recurvatum),<br />
showy golden madia (Madia radiata), Munz’s tidy-tips, round-leaved filaree (California<br />
macrophylla), and Ferris' goldfields (Lasthenia ferrisiae). These species were found in nearby<br />
locations, occurring in similar habitats to those on-site and were documented. All of these<br />
species were flowering and positively identified at this time except recurved larkspur and roundleaved<br />
filaree, which were both in bud and later positively identified. Additional reference site<br />
visits were later conducted for San Joaquin woollythreads. Plants were in flower and beginning<br />
to set fruit on 4 April; on 17 April most individuals observed were dead and had set fruit.<br />
A reference site for Jared’s pepper-grass (Lepidium jaredii ssp. jaredii) was visited by Chris<br />
Winchell and Colin Wilkinson on 13, 20 March and 4 April 2010. Some plants were in flower<br />
on 13 March, however this species was not found to be in full flower and fruiting until 4 April<br />
(Table 5).<br />
A reference population for diamond-petaled poppy (Eschscholzia rhombipetala), located on the<br />
northeast corner of Belmont Trail and Carlesburg Road, was checked on 21 March and again on<br />
4 April by Chris Winchell and Colin Wilkinson (Table 5). While suitable habitat was present, no<br />
plants were detected. This population is presumed extant; however, it has reportedly not been<br />
observed in this specific location since 1995. While D. Keil made the initial discovery in 1992,<br />
he and M. Skinner were unable to relocate this population in 1995 (CNDDB 2010). However,<br />
the species was up and blooming in the Carrizo Plain during 2010 and was reportedly detected<br />
on the nearby Topaz Solar site off of SR 58.<br />
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On 29 March 2010 we also corresponded with the Bureau of Land Management (BLM) botanist<br />
of the Carrizo National Monument, Dennis Kearns, regarding the state of extant populations of<br />
California jewel-flower (Caulanthus californicus) on the Carrizo, and were informed that the<br />
reference populations for this species had also been flowering and were at that time beginning to<br />
set fruit. Subsequently, Chris Winchell and Colin Wilkinson then visited a BLM population on 4<br />
April to take pictures of this species and population for the survey crew (Table 5).<br />
On 17 April, Chris Winchell visited a reference population for recurved larkspur (Table 5).<br />
While the population was in flower, mature fruits were not present. Similarly, on 22 April Colin<br />
Wilkinson observed plants in full flower with mature fruits lacking. On 22 April, Chris Winchell<br />
visited a reference population for round-leaved filaree; plants were found to be in full fruit<br />
(Table 5).<br />
Reference populations for later-blooming spring species La Panza mariposa lily (Calochortus<br />
simulans) and gypsum-loving larkspur (Delphinium gypsophilum ssp. gypsophilum) were visited<br />
on 3 May 2010 by Colin Wilkinson. Both species were in full flower with mature fruits found<br />
on gypsum-loving larkspur (Table 5).<br />
On 29 June, Chris Winchell, Colin Wilkinson, and Ethan Barnes visited reference populations<br />
for oval-leaf snapdragon (Antirrhinum ovatum), and the summer- or late spring-blooming species<br />
crownscale (Atriplex coronata ssp. coronata), Lost Hills crownscale (Atriplex coronata var.<br />
vallicola), Hoover’s eriastrum (Eriastrum hooveri), cottony buckwheat (Eriogonum<br />
gossypinum), and Temblor buckwheat (Eriogonum temblorense) (Table 5). Crownscale, Lost<br />
Hills crownscale, and Temblor buckwheat were found to be in flower and/or in fruit and readily<br />
identifiable. The reference population for Hoover’s eriastrum, located near Lokern Rd. and SR<br />
58 in Kern County, was past fruit senescence. Reference site information for cottony buckwheat<br />
and oval-leaf snapdragon within the Carrizo Plain valley floor was imprecise and these<br />
populations were not located.<br />
CVSR 2010 Special-status Plant Survey<br />
Final Report<br />
23<br />
H. T. Harvey & Associates<br />
18 November 2010
2010 SURVEY RESULTS<br />
<strong>SPECIAL</strong>-<strong>STATUS</strong> <strong>PLANT</strong> SPECIES<br />
We found populations of 8 of the 23 target species on-site. Figure 6 presents the summary<br />
results for the spring and summer survey efforts. Special-status species that occur on-site within<br />
the spring BSA include California androsace (Androsace elongata ssp. acuta), crownscale,<br />
recurved larkspur, gypsum-loving larkspur, Ferris’ goldfields, Munz’s tidy-tips, pale-yellow<br />
layia (Layia heterotricha), and Jared’s pepper-grass.<br />
Because so many occurrences of these special-status species were found on-site, we have<br />
prepared maps that show subsets of results for easier viewing (Figure 7, 8 and 9). Ferris’<br />
goldfields, Munz’s tidy-tips and pale-yellow layia were found and confirmed on-site within the<br />
spring BSA during the initial spring survey sweep. While both special-status plant species of<br />
larkspur were also detected during this survey sweep, these species were not definitively<br />
identifiable at that time. These larkspur species were confirmed and definitively identified to<br />
species during subsequent spring revisits in late April and May 2010. Additionally, populations<br />
of California androsace and Jared’s pepper-grass were found on site during the later spring<br />
revisits. All spring results except for Munz’s tidy-tips are shown on Figure 7. Because Munz’s<br />
tidy-tips were so widely distributed and prevalent on site, and because there are two sources of<br />
population estimates for this species (discrete populations and transect counts), only Munz’s<br />
tidy-tips results are shown on Figure 8. During the summer surveys in June and July 2010,<br />
crownscale was identified on-site, and results for this species are depicted on Figure 9.<br />
Additional populations of some spring-flowering species were also identified in the expanded<br />
survey area and are shown on Figure 9. An expanded discussion of each special-status plant<br />
species found on-site is provided below.<br />
California Androsace (Androsace elongata ssp. acuta)<br />
Photograph 3. California androsace<br />
was associated with bare ground.<br />
California androsace (Photograph 3) is an annual herb<br />
in the primrose family (Primulaceae) that blooms from<br />
March through June (CNPS 2010). This species<br />
possesses a calyx generally >3 millimeter (mm), a leaf<br />
blade tapering to the petiole, and awl-like, stiffly acute<br />
calyx lobes (Hickman 1993, Baldwin et al. 2011 in<br />
press). It occurs on dry, grassy slopes (Hickman 1993)<br />
in chaparral, cismontane woodland, coastal scrub,<br />
valley and foothill grassland habitats, and meadows and<br />
seeps (CNPS 2010). The species ranges from Baja<br />
California into Oregon at elevations between 492 and<br />
3937 ft. California androsace is widespread in several<br />
counties, including: Alameda, Contra Costa, Fresno,<br />
Kern, San Bernardino, San Diego, Siskiyou, San<br />
Joaquin, San Luis Obispo, and possibly Tehema counties. It is believed to be extirpated from<br />
Los Angeles County. It is considered endangered in Oregon. Threats to the species include<br />
CVSR 2010 Special-status Plant Survey<br />
Final Report<br />
24<br />
H. T. Harvey & Associates<br />
18 November 2010
grazing, trampling, competition from non-native plants, alteration of fire regimes, and impacts<br />
from recreational activities.<br />
A large population (>35,000) of California androsace was found in the northern end of the BSA<br />
to the west of the road to Twisselman Mine, and a smaller population (60-80) was found on the<br />
slopes to the east of the mine itself (Figures 6 and 7). Additionally, during summer surveys for<br />
blunt nosed leopard lizard, two populations of approximately 1,000 individuals were found to the<br />
east of the mine road and a population of 500 individuals was found in the hills in the northeast<br />
corner of the eastern switchyard alternative, and these populations were confirmed during the<br />
summer rare plant surveys (Figure 9). Because this is a spring-flowering species, however, we<br />
do not consider these latter results up to protocol-level. These populations found outside the<br />
spring BSA (Figure 2), but within the summer BSA, may actually be larger than estimated<br />
during this late time of year, and there may be additional populations of this or other spring<br />
blooming species in any area not included in the original spring BSA.<br />
All populations of California androsace were found on steep north-facing slopes with a<br />
significant percentage of bare soil. Associate species also occurring on these slopes included<br />
slender phlox (Phlox gracilis), California plantain (Plantago erecta), one-sided bluegrass (Poa<br />
secunda ssp. secunda), and small fescue (Vulpia microstachys).<br />
Crownscale (Atriplex coronata var. coronata)<br />
Photograph 4 (above). A large crownscale<br />
specimen.<br />
Photograph 5 (below). Diagnostic fruit bracts<br />
of crownscale.<br />
Crownscale (Photograph 4) is an annual herb in<br />
the goosefoot family (Chenopodiaceae) that<br />
blooms from March to October (CNPS 2010).<br />
Crownscale possesses one to few stiff,<br />
generally gray-scaly stems that are decumbent<br />
to erect. Proximal leaf blade bases are cordate,<br />
while distal blade bases are rounded. Fruit<br />
bracts are 4.5 – 6 mm (Photograph 5), fused<br />
approximately to the middle, widely deltate to<br />
somewhat round, compressed to spheric,<br />
smooth to tubercled, with a greenish, toothed<br />
margin (Hickman 1993, Baldwin et al. 2011 in<br />
press). It is distributed across the Central<br />
Valley and the central California coast in<br />
strongly alkaline, open soils in chenopod scrub,<br />
valley and foothill grassland, and vernal pools<br />
at elevations from 3 to 1800 ft (CNPS 2010).<br />
Crownscale is a Californian endemic that is<br />
documented from Alameda, Contra Costa,<br />
Fresno, Glenn, Kings, Kern, Merced, Monterey,<br />
San Luis Obispo, Solano, and Stanislaus<br />
counties. The known occurrences with<br />
specimens accessioned by the CCH nearest the<br />
project site are approximately 1.8 mi east of<br />
Soda Lake Road on Belmont Trail, and south<br />
CVSR 2010 Special-status Plant Survey<br />
Final Report<br />
25<br />
H. T. Harvey & Associates<br />
18 November 2010
60-80<br />
3 3<br />
4<br />
~35,000<br />
1000<br />
1000<br />
5<br />
500<br />
1500<br />
200<br />
1<br />
No rare plants<br />
found in western<br />
alternative switchyard<br />
(Summer 2010)<br />
2000<br />
1<br />
0<br />
6<br />
16<br />
1<br />
5<br />
50 1500<br />
11<br />
4<br />
1<br />
~2.5 million<br />
3000<br />
98<br />
10000<br />
50<br />
20<br />
1500<br />
1<br />
600<br />
10 1<br />
100<br />
1<br />
7500<br />
2000<br />
500<br />
7<br />
750 2<br />
2500<br />
675 10<br />
25 300<br />
1<br />
1<br />
Block 8<br />
10<br />
50<br />
1<br />
1500<br />
5000 800<br />
5000<br />
3000<br />
4000<br />
50<br />
2000<br />
4000<br />
75<br />
300<br />
3000 100<br />
35 1500<br />
1 1 5 1<br />
1000<br />
24 6 1 40<br />
40000<br />
20<br />
35<br />
1<br />
1<br />
4<br />
300<br />
1000<br />
10000 6000<br />
30<br />
53<br />
15 3001<br />
250<br />
1<br />
200<br />
424<br />
1 inch = 1,200 feet<br />
5<br />
7<br />
7<br />
15<br />
19<br />
5<br />
1<br />
10<br />
5<br />
>500<br />
1<br />
1<br />
50<br />
14<br />
13<br />
16<br />
17<br />
0<br />
1<br />
3<br />
4<br />
68<br />
54<br />
17<br />
39<br />
73<br />
52<br />
17<br />
33<br />
25<br />
103<br />
3 3<br />
78<br />
306<br />
168<br />
303<br />
275<br />
4 153<br />
1 497<br />
1<br />
1<br />
1488 5<br />
11<br />
1268<br />
3000<br />
16 2859<br />
1500<br />
4914<br />
2000<br />
2170<br />
SEE INSET<br />
1<br />
1<br />
~2.5 million<br />
53<br />
5<br />
1<br />
100<br />
7<br />
1<br />
6<br />
75<br />
424<br />
6<br />
0<br />
0<br />
0<br />
0<br />
1<br />
4<br />
1<br />
1<br />
6<br />
6<br />
24<br />
23<br />
34<br />
38<br />
69<br />
102<br />
1<br />
7<br />
5<br />
10<br />
2<br />
1<br />
20<br />
1<br />
0<br />
58<br />
1<br />
6<br />
100<br />
50<br />
3<br />
2<br />
100 30<br />
23<br />
3<br />
3<br />
3<br />
13<br />
34<br />
12<br />
30<br />
61<br />
98<br />
1<br />
36<br />
10<br />
28<br />
2000<br />
1<br />
3<br />
1<br />
98<br />
3<br />
1<br />
2<br />
6<br />
4<br />
49<br />
101<br />
36<br />
0<br />
6<br />
0<br />
7<br />
50 1<br />
1 1<br />
2<br />
3<br />
75 30<br />
9<br />
1<br />
4 21<br />
11<br />
5<br />
7<br />
53<br />
3<br />
18<br />
14<br />
8<br />
8<br />
11<br />
51<br />
15<br />
31<br />
69<br />
111<br />
104<br />
232<br />
134<br />
0<br />
3<br />
4<br />
2<br />
1<br />
0<br />
77 Plant Survey Grids (Layia munzii results)* Survey GPS Point Locations with Quantity<br />
Survey GPS Polygon Locations with Quantity<br />
Androsace elongata ssp. acuta<br />
Camissonia boothii<br />
Delphinium gypsophilum ssp. gypsophilum<br />
Delphinium recurvatum<br />
Androsace elongata ssp acuta<br />
Camissonia boothii<br />
Camissonia campestris ssp campestris<br />
Camissonia graciliflora<br />
Camissonia hirtella<br />
Scale<br />
1:26,400<br />
1 inch = 2,200 feet<br />
0 0.415 0.83 Miles<br />
California Valley Solar Ranch<br />
CVSR 2010 Special Status Plant Survey Report<br />
Figure 6: Spring and Summer Plant Survey Results<br />
N:\Projects\3103-01\Report\<br />
Lasthenia ferrisiae<br />
Delphinium gypsophilum ssp gypsophilum<br />
Lepidium jaredii ssp jaredii<br />
Delphinium recurvatum<br />
Layia munzii<br />
Lasthenia ferrisiae<br />
Atriplex coronata var. coronata<br />
Layia heterotricha<br />
Atriplex coronata var. coronata<br />
* Transect data for Layia munzii is in addition to polygon data.<br />
0 1,100 2,200 4,400 Feet<br />
Data Sources: [1] 1ft Natural Color SunPower Aerial (2009),<br />
[2] H.T. Harvey & Associates (Plant Survey Data)<br />
Coordinate System: North American Datum 83 Universal Trans Mecator (UTM) Zone 11 North<br />
HPR II
60-80<br />
3 3<br />
4<br />
1<br />
~35,000<br />
5<br />
2000<br />
1<br />
Block 8<br />
1<br />
1<br />
1<br />
4<br />
1<br />
11<br />
1<br />
16<br />
50<br />
100<br />
500<br />
2<br />
98<br />
20<br />
1<br />
10<br />
1<br />
7<br />
10<br />
1<br />
24<br />
1<br />
1000<br />
1 1 1<br />
6 1<br />
1<br />
4<br />
53<br />
1<br />
40<br />
35<br />
1<br />
1 inch = 1,200 feet<br />
1<br />
5<br />
10<br />
>500<br />
1<br />
1<br />
50<br />
6<br />
100<br />
1<br />
1<br />
50<br />
3<br />
2<br />
100<br />
58<br />
30<br />
36<br />
2000<br />
98<br />
7<br />
1<br />
6 1<br />
1<br />
3 3<br />
1<br />
4<br />
1<br />
1<br />
1<br />
3<br />
1<br />
1<br />
1<br />
1<br />
1<br />
1<br />
11<br />
16<br />
1<br />
3<br />
4<br />
SEE INSET<br />
Spring 2010 Biotic Study Area<br />
Survey GPS Polygon Locations with Quantity Survey GPS Point Locations with Quantity<br />
Androsace elongata ssp. acuta<br />
Androsace elongata ssp acuta<br />
Camissonia boothii<br />
Camissonia boothii<br />
Delphinium gypsophilum ssp. gypsophilum<br />
Camissonia campestris ssp campestris<br />
Delphinium recurvatum<br />
Camissonia hirtella<br />
Scale<br />
1:26,400<br />
1 inch = 2,200 feet<br />
0 0.415 0.83 Miles<br />
California Valley Solar Ranch<br />
CVSR 2010 Special Status Plant Survey Report<br />
Figure 7: Spring Plant Survey Results W/out Layia munzii<br />
N:\Projects\3103-01\Report\<br />
Lasthenia ferrisiae<br />
Lepidium jaredii ssp jaredii<br />
Delphinium gypsophilum ssp gypsophilum<br />
Delphinium recurvatum<br />
Lasthenia ferrisiae<br />
Layia heterotricha<br />
0 1,100 2,200 4,400 Feet<br />
Data Sources: [1] 1ft Natural Color SunPower Aerial (2009),<br />
[2] H.T. Harvey & Associates (Plant Survey Data)<br />
Coordinate System: North American Datum 83 Universal Trans Mecator (UTM) Zone 11 North<br />
HPR II
153<br />
306<br />
168<br />
303<br />
Block 8<br />
275<br />
497<br />
1488<br />
1500<br />
~2.5 million<br />
75<br />
1268<br />
3000<br />
2859<br />
0<br />
1500<br />
2000<br />
675<br />
7500<br />
300<br />
4914<br />
2170<br />
424<br />
1 inch = 1,200 feet<br />
5<br />
7<br />
15<br />
19<br />
7<br />
5<br />
14<br />
7<br />
13<br />
6<br />
1500<br />
3000<br />
16<br />
16<br />
17<br />
0<br />
1<br />
3<br />
4<br />
68<br />
54<br />
17<br />
39<br />
73<br />
52<br />
17<br />
33<br />
25<br />
103<br />
78<br />
153<br />
306<br />
168<br />
303<br />
275<br />
497<br />
1488<br />
1268<br />
2859<br />
1500 4914<br />
2000<br />
2170<br />
SEE INSET<br />
~2.5 million<br />
75<br />
424<br />
6<br />
0<br />
0<br />
0<br />
0<br />
1<br />
4<br />
1<br />
1<br />
6<br />
6<br />
24<br />
23<br />
34<br />
38<br />
69<br />
102<br />
7<br />
10<br />
2<br />
20<br />
0<br />
58<br />
23<br />
3<br />
3<br />
3<br />
13<br />
34<br />
12<br />
30<br />
61<br />
98<br />
1<br />
0<br />
10<br />
28<br />
3<br />
1<br />
2<br />
6<br />
4<br />
49<br />
101<br />
36<br />
0<br />
0<br />
7<br />
53<br />
18<br />
3<br />
1<br />
3<br />
9<br />
11<br />
14<br />
8<br />
8<br />
11<br />
51<br />
15<br />
31<br />
69<br />
111<br />
104<br />
232<br />
134<br />
1<br />
0<br />
3<br />
2<br />
0<br />
7<br />
Spring 2010 Biotic Study Area<br />
Plant Survey Transects ( Layia munzii results)*<br />
Layia munzii<br />
Scale<br />
1:26,400<br />
1 inch = 2,200 feet<br />
0 0.415 0.83 Miles<br />
California Valley Solar Ranch<br />
CVSR 2010 Special Status Plant Survey Report<br />
Figure 8: Spring Plant Survey Results ( Layia munzii only)<br />
N:\Projects\3103-01\Report\<br />
* Transect data for Layia munzii is in addition to polygon data.<br />
0 1,100 2,200 4,400 Feet<br />
Data Sources: [1] 1ft Natural Color SunPower Aerial (2009),<br />
[2] H.T. Harvey & Associates (Plant Survey Data)<br />
Coordinate System: North American Datum 83 Universal Trans Mecator (UTM) Zone 11 North<br />
HPR II
58<br />
50<br />
2<br />
1<br />
75<br />
30<br />
75<br />
21<br />
4 5<br />
5<br />
50<br />
600<br />
750<br />
25<br />
50<br />
10000<br />
2500<br />
3000<br />
1500<br />
4000<br />
40000<br />
6000<br />
5000<br />
200<br />
10<br />
50<br />
1500<br />
3000<br />
5000<br />
800<br />
50<br />
4000<br />
2000<br />
100<br />
300<br />
1500<br />
5<br />
20<br />
1000<br />
250<br />
200<br />
300<br />
10000<br />
30<br />
15<br />
N:\Projects\3103-01\Report\<br />
Legend<br />
Summer 2010 Biotic Study Area<br />
Atriplex coronata var. coronata<br />
Atriplex coronata var. coronata<br />
Summer 2010 Biotic Study Area<br />
* Transect data for Layia munzii is in addition to polygon data.<br />
Scale<br />
1 inch = 2,500 feet<br />
0 1,250 2,500 5,000 Feet<br />
Data Sources: [1] 1ft Natural Color SunPower Aerial (2009),<br />
[2] H.T. Harvey & Associates (Plant Survey Data)<br />
Coordinate System: North American Datum 83 Universal Trans Mecator (UTM) Zone 11 North<br />
California Valley Solar Ranch<br />
CVSR 2010 Special Status Plant Survey Report<br />
Figure 9: Summer Plant Survey Results<br />
( Atriplex coronata var. coronata )<br />
HPR II
of the junction of Seven Mile Road and Soda Lake Road<br />
(CCH 2010).<br />
Photograph 6. Gypsum-loving<br />
larkspur plants in full flower. This<br />
species was associated with hilly<br />
topography on the CVSR site.<br />
Large populations of crownscale were found within the<br />
vernally moist depressions throughout the southwestern<br />
corner of the BSA (or, spring survey Block 8) (Figures 6<br />
and 9). Additionally, smaller populations were located<br />
adjacent to the alkaline sinks located in the northeast corner<br />
of the site (in the spring survey Block 10 and the western<br />
edge of spring survey Block 11) (Figure 6 and 7). All<br />
populations on-site combined total approximately 104,000<br />
individuals (Figures 6 and 9). The vernal depressions and<br />
alkaline sinks where the species was found support<br />
different vegetation than the surrounding ruderal or<br />
grassland plant communities. Associate species such as<br />
blow wives (Achyrachaena mollis), Douglas’ microseris<br />
(Microseris douglasii), California goldfields (Lasthenia<br />
californica), and Ferris’ goldfields are only present in<br />
spring and are dry and decaying by mid-summer. Other<br />
shrubby associates such as alkali heath (Frankenia salina),<br />
and inkweed (Suaeda moquinii) are present for months<br />
after spring vegetation has died back.<br />
Gypsum-loving Larkspur (Delphinium gypsophilum ssp.<br />
gypsophilum)<br />
Gypsum-loving larkspur (Photograph 6) is a perennial herb in the<br />
buttercup family (Ranunculaceae) that blooms from February to May<br />
(CNPS 2010). This subspecies possesses 5 - 8 mm lower petal<br />
blades; lateral sepals generally >10 mm; pedicels generally >1<br />
centimeter (cm) apart on the inflorescence axis; stem bases generally<br />
as wide as the adjacent root with a firm attachment; wavy seed coat<br />
cell margins; and white to light pink sepals that are rarely reflexed<br />
(Photographs 7 and 8) (Hickman 1993). Gypsum-loving larkspur<br />
occurs in chenopod scrub, cismontane woodland, and valley and<br />
foothill grassland habitats from 328 to 2707 ft in elevation (CNPS<br />
2010). It is a California endemic species that is found in Alameda,<br />
Fresno, Kings, Kern, Madera, Merced, Monterey, San Benito, San<br />
Joaquin, San Luis Obispo, Stanislaus and Ventura counties.<br />
Gypsum-loving larkspur is threatened mainly by construction and<br />
maintenance, energy development, and grazing.<br />
There were 11 populations of gypsum-loving larkspur identified in<br />
the spring BSA during the spring surveys and revisits (Figures 6 and<br />
7). An additional population containing 6 individuals was identified<br />
during the summer revisits in the eastern alternative switchyard<br />
location; because it was so late in the season it is unknown if other<br />
Photograph 7 (above).<br />
Flower of gypsumloving<br />
larkspur.<br />
Photograph 8 (below).<br />
Lateral view.<br />
CVSR 2010 Special-status Plant Survey<br />
Final Report<br />
30<br />
H. T. Harvey & Associates<br />
18 November 2010
individuals occur in this area (not within the initial spring BSA, Figure 9). On-site populations<br />
ranged from 1 to over 500 individuals, with a total of approximately 900 individuals found<br />
within the entire spring BSA (Figure 6 and Figure 7). The largest populations were found in<br />
spring survey Blocks 3 and 4 in the northeastern portions of the site, where they were associated<br />
with steep hill-slopes and shaley, fine-loamy soils where there is a significant amount of bare<br />
ground. This species was not typically associated with other special-status species. Common<br />
associate species were one-sided bluegrass, small fescue (Vulpia microstachys), eastwoodia<br />
(Eastwoodia elegans), and mariposa lily (Calochortus sp.).<br />
Recurved Larkspur (Delphinium recurvatum)<br />
Photograph 9 (above). Recurved<br />
larkspur in flower.<br />
Photograph 10 (below). Bloom<br />
showing characteristic, but not<br />
always present, recurved sepals.<br />
Ferris’ goldfields, and Jared’s pepper-grass.<br />
Recurved larkspur (Photograph 9) is a perennial herb in<br />
the buttercup family (Ranunculaceae) that blooms from<br />
March to June (CNPS 2010). The key morphological<br />
feature for which this species is named, recurved light<br />
blue sepals (Photograph 10), are not always present.<br />
However, the combination of presence of white lower<br />
petals, a sepal spur ranging from 10 - 18 mm, lateral<br />
sepals between 11 - 16 mm in length, a winged seed with<br />
wavy cell margins (Hickman 1993), and edaphic<br />
preference for poorly drained, fine alkaline soils<br />
uniquely characterize this species. Recurved larkspur<br />
occurs in chenopod scrub, cismontane woodland, and<br />
valley and foothill grassland habitats from 10 to 2461 ft<br />
in elevation (CNPS 2010). It is a widely distributed<br />
Californian endemic found in 67 USGS quadrangles in<br />
Alameda, Contra Costa, Fresno, Glenn, Kings, Kern,<br />
Madera, Merced, Monterey, San Joaquin, San Luis<br />
Obispo, Solano, and Tulare counties (CNPS 2010). It is<br />
locally abundant within the area of the project site,<br />
especially within the historic Soda Lake drainage and<br />
alkaline soils within the Carrizo Plain National<br />
Monument (CNDDB 2010). It is extirpated from its<br />
historical range in Butte and Colusa counties. Threats to<br />
the species include habitat conversion to agriculture,<br />
grazing, and trampling (CNPS 2010).<br />
Recurved larkspur was identified in thirteen locations<br />
throughout the southern end of the spring BSA in spring<br />
survey Blocks 8 and 13 (Figures 6 and 7). These<br />
occurrences were small populations or scattered plants<br />
ranging from 1 - 24 individuals with a total of 56<br />
individuals on-site. Populations in spring survey Block 8<br />
at the southern end of the BSA were associated with<br />
several special-status species, such as Munz’s tidy-tips,<br />
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Ferris' Goldfields (Lasthenia ferrisiae)<br />
Ferris’ goldfields (Photograph 11) is an annual herb<br />
in the sunflower family (Asteraceae) that blooms<br />
from February to May (CNPS 2010). Ferris'<br />
goldfields is distinguished by phyllaries fused for 2/3<br />
of their length and short and curved fruit hairs<br />
(Hickman 1993, Baldwin et al. 2011, in press). It<br />
occurs in central and northern California in alkaline,<br />
clay vernal pools and clay-based alkaline sinks at<br />
elevations of 66 to 2297 ft (CNPS 2010). This<br />
Californian, Central Valley endemic has been<br />
documented in Alameda, Butte, Contra Costa,<br />
Colusa, Fresno, Kings, Kern, Merced, Monterey,<br />
Sacramento, San Benito, San Joaquin, San Luis<br />
Obispo, Solano, Stanislaus, Tulare, Ventura and Yolo<br />
counties. Development and agriculture are the main<br />
threats to the species.<br />
Twenty one occurrences of Ferris’ goldfields were<br />
identified within the spring BSA during the initial<br />
spring surveys (Figures 6 and 7). These occurrences<br />
ranged in population size from 1 to approximately<br />
1000 individuals, with a total of approximately 1730<br />
individuals on-site. The largest populations were<br />
observed in more mesic soils with increased<br />
alkalinity, such as the alkali scalds in spring survey<br />
Blocks 8 and 10, and the southern end of the<br />
wildflower fields in spring survey Block 8 (Figures 6<br />
and 7, Photograph 12). Special-status species<br />
associated with Ferris’ goldfields included Munz’s<br />
tidy-tips, recurved larkspur, Jared’s pepper-grass, and<br />
crownscale. Common associate species observed<br />
with Ferris’ goldfields were those that typically<br />
inhabit the alkali scalds on the CVSR Project site, such as California goldfields, blow wives,<br />
alkali plagiobothrys (Plagiobothrys leptocladus), foxtail barley (Hordeum sp.) and alkali heath.<br />
Pale-yellow Layia (Layia heterotricha)<br />
Photograph 11 (above). Ferris’<br />
goldfields in disturbed, open soils.<br />
Photograph 12 (below). Ferris’<br />
goldfields in an alkaline scald, with<br />
objects for scale.<br />
Pale-yellow layia (Photograph 13, next page) is an annual herb in the sunflower family<br />
(Asteraceae) that blooms from March to June. It occurs within cismontane woodland, coastal<br />
scrub, pinyon and juniper woodland, and valley and foothill grassland habitats on alkaline and<br />
clayey soils at elevations of 984 to 5594 ft (CNPS 2010). The key characteristics for this species<br />
are an absent or readily deciduous pappus of bristles that are +/- long plumose below and<br />
scabrous above with an inner surface that is generally not wooly; white to cream-colored ligules;<br />
leaves that are fleshy, often clasping and entire to minutely toothed; and the plant is glandular<br />
(Hickman 1993, Baldwin et al. 2011 in press). The current range of this California endemic<br />
ia<br />
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includes documented occurrences in 57 USGS<br />
quadrangles in Fresno, Los Angeles, Monterey,<br />
Santa Barbara, and Ventura counties, and it is<br />
believed extirpated from Kings, Kern, San<br />
Benito, and San Luis Obispo counties (CNPS<br />
2010). Historically pale-yellow layia was<br />
found from Panoche south along the South<br />
Coast Range and edge of adjacent interior<br />
valleys to the Transverse Ranges, and in the<br />
southern sierra foothills from Lake Isabella to<br />
Plieto Ridge. The CNDDB occurrences<br />
nearest the project site are to the north in the<br />
Temblor range (CNDDB 2010). There are also<br />
occurrences from the CCH along SR 58 in the<br />
pinyon juniper woodland and chaparral in the<br />
hills to the west of the Carrizo Plain (CCH 2010). The Carrizo Plain National Monument<br />
describes pale-yellow layia as a component of its alkali sink scrub habitat in its Resource<br />
Management Plan (BLM 2010). Agricultural conversion, the construction of the San Antonio<br />
Reservoir, grazing, non-native plants, and vehicles threaten the species (CNPS 2010).<br />
Pale-yellow layia was identified during the initial spring surveys in 9 isolated occurrences<br />
toward the southern and southeastern end of the BSA (Figures 6 and 7). Identification of the<br />
species was confirmed by Bruce Baldwin PhD, Project Curator of the UC Jepson Herbarium, on<br />
24 April 2010. Numbers within these occurrences ranged from 1 - 4 individuals, with a total of<br />
22 individuals found in the spring BSA (Figure 7). All of the pale–yellow layia identified on site<br />
was found in annual grassland with moderately alkaline soils. Common associate species were<br />
foxtail barley, redstem filaree (Erodium cicutarium), fiddleneck (Amsinckia tessellata), and<br />
common tidy-tips (Layia platyglossa). Distribution of pale-yellow layia was not predictable as<br />
occurrences were found sporadically throughout the valley grassland and wildflower fields. The<br />
very sporadic nature of these low-number occurrences<br />
may indicate the species does not have a self-sustaining<br />
population on the CVSR site, and these represent windbased<br />
propagule spread from a larger population located<br />
nearby but off-site.<br />
Munz’s Tidy-tips (Layia munzii)<br />
Photograph 13. Flowering head of pale-yellow<br />
layia.<br />
Munz’s tidy-tips (Photograph 14) is a Californian<br />
endemic, annual herb in the sunflower family (Asteraceae)<br />
that blooms from March to April (CNPS 2010). The key<br />
characteristics for this species include chaff scales in a<br />
single series between the ray and disk flowers; a pappus of<br />
lanceolate or elliptic scales of 2 - 3.5mm; purple anthers;<br />
ray flowers numbering 6 - 15 in one series; phyllaries not<br />
bulged out; stem not purple streaked; the plant is<br />
glandular; and ray fruits are dull (Hickman 1993, Baldwin<br />
et al. 2011 in press). Preferred habitat for the species is in<br />
Photograph 14. Munz’s tidy-tips<br />
plant with object for scale.<br />
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valley and foothill grassland, and chenopod scrub on alkaline or clay soils at elevations less that<br />
3000 ft (CNPS 2010). It is distributed across 23 USGS quadrangles in San Luis Obispo, Fresno<br />
and Kern counties. CNDDB (2010) records indicate 6 occurrences in San Luis Obispo County<br />
from 1935 - 1998. Historically Munz’s tidy-tips was found from southeastern Cuyama Valley<br />
north to Merced county along the western edge of the San Joaquin Valley and into the Interior<br />
South Coast Range (CNDDB 2010, CCH 2010). Munz’s tidy-tips is threatened by competition<br />
from non-native plant species (CNPS 2010).<br />
Munz’s tidy-tips was found widely throughout the spring BSA, excluding the northernmost<br />
portions of the site where no tidy-tips were found (Figure 6 and 8). Figure 8 depicts results for<br />
Munz’s tidy-tips only. On this figure, discrete, high-density occurrences are shown as polygon<br />
data, with numbers indicating the count estimates for each high-density area. Transect data is<br />
shown along the edge of each spring survey block, with each transect count number indicating<br />
sums of Munz’s tidy-tips encountered on ten 50-ft center transects (Figure 8). The counts of<br />
individuals associated with each high-density polygon is in addition to the transect data (Figure<br />
8). Therefore, a total of over 2.5 million individual Munz’s tidy-tips were recorded within the<br />
spring BSA, with the majority of these occurring within one high-density population in the<br />
southwestern corner of the spring BSA (Figure 8, Photograph 15).<br />
Photograph 15. A large, very dense field of Munz’s<br />
tidy-tips occurs in the southwestern portion of the<br />
spring BSA.<br />
Across the site, the species was typically<br />
found in patches that ranged in size from<br />
one to several hundred individuals. It is<br />
likely that these patches form a larger<br />
metapopulation that encompasses much<br />
of the CVSR spring BSA. In general,<br />
densities were observed to be highest at<br />
the furthest reaches of the valley floor in<br />
the southern portions of the site, and<br />
decreased gradually toward the Temblor<br />
range to the east and north of the BSA.<br />
Preferred habitat for Munz’s tidy-tips<br />
on-site is on valley grassland with little<br />
to no topography, in clayey and/or<br />
moister areas where soils have increased<br />
alkalinity. The largest population is<br />
located within and along a broad, grassy<br />
swale (Figure 8). Common tidy-tips is<br />
dominant throughout most of the valley<br />
grassland habitat south of spring survey Block 2, with patches of Munz’s tidy-tips becoming<br />
more common as one travels south through the site. Munz’s tidy-tips increases in number until it<br />
becomes dominant in the southern as the topography grades southwest from the Temblor<br />
mountains. Special-status species such as Ferris’ goldfields and recurved larkspur were<br />
associated with Munz’s tidy-tips where large patches were present or dominant. Other<br />
associated species include redstem filaree, red brome (Bromus madritensis ssp. rubens), shining<br />
peppergrass (Lepidium nitidum) and fiddleneck.<br />
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In an attempt to refine estimates of the population size of the large population of Munz’s tidytips<br />
in spring survey Block 8 (Figure 8, Photograph 15), and to better compare the density of<br />
plants on the CVSR Project site in relation to those off-site, on 22 April 2010 Colin Wilkinson<br />
and Brian Cleary sub-sampled the large on-site population of Munz’s tidy-tips using 1-meter<br />
square quadrats. Both plant ecologists independently placed quadrats within areas of<br />
representative density of the large on-site population of Munz’s tidy-tips. Individual Munz’s<br />
tidy-tips plants were then counted within each quadrat and this was extrapolated out to derive an<br />
estimate of the average number of individuals per square meter for that population. A total of 10<br />
1-meter square quadrat placements were taken within the large on-site population, providing<br />
results between 1 and 2500 individuals per square meter. Visual estimates of the areas of<br />
differing densities within the entire population provided an average of 50 – 100 individuals per<br />
square meter over the entire population. Extrapolation of these measurements provided the<br />
estimate of approximately 2.5 million individual plants.<br />
Colin Wilkinson used a similar method to subsample off-site, nearby populations of Munz’s tidytips.<br />
He then used a Trimble (or handheld GPS when a Trimble was unavailable) to delimit a<br />
polygon for that population. Three off-site populations were measured. North of Carpentaria<br />
Trail between Cambria and Clarksburg Trails (west of the homestead), a 2.07-ac area had<br />
approximately 200 individuals per square meter, giving a total of approximately 1.7 million<br />
individuals. North of Belmont Trail between Cornell and Clarksburg Trails, A 10-meter wide,<br />
1,240-meter long belt had 30% coverage consisting of dense concentrations of Munz’s tidy-tips.<br />
A ten by fifteen meter concentrations containing approximately 1,500 individuals was<br />
subsampled, providing an estimate of a total population of approximately 57,000 individuals.<br />
Finally, a 7.46-ac polygon northeast of the intersection of Belmont Trail and Clarksburg Trails,<br />
west of the hills separating this polygon from the Cambria/Clarksburg population, had<br />
approximately 6 million individuals determined to occur with a density of approximately 200<br />
individuals per square meter.<br />
Jared’s Pepper-grass (Lepidium jaredii ssp. jaredii)<br />
Jared’s pepper-grass (Photograph 16) is an annual herb in<br />
the mustard family (Brassicaceae) (CNPS 2010). The key<br />
characteristics for this species include non-clasping upper<br />
cauline leaves; a stigma that generally exceeds the notchtipped<br />
fruit (Photograph 17, next page); stems that are<br />
generally erect; fruit valves without prominent tips; a style<br />
< 1/2 the length of the fruit; yellow petals fading to whitish;<br />
and lower pedicels 4 – 5 times the length of the fruit<br />
(Hickman 1993, USFWS 1998, Baldwin et al. 2011, in<br />
press). This Californian endemic occurs between 1,100<br />
and 3,300 ft in elevation, in valley and foothill grassland<br />
habitats on adobe, sandy, or alkaline soils (CNPS 2010).<br />
Within these habitats, it is typically found on alkali flats<br />
and sinks.<br />
Photograph 16. Jared’s peppergrass.<br />
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Jared’s pepper-grass historically ranged from San Benito<br />
County south to San Luis Obispo County (CNPS 2010). On<br />
the Carrizo plain, Jared’s pepper-grass forms extensive<br />
colonies in low lying alkaline areas east and southeast of<br />
Soda Lake. Jared’s pepper-grass is documented in five<br />
USGS quadrangles in San Luis Obispo and Kern counties.<br />
The CNDDB occurrences nearest the project site are just<br />
west and south of Soda Lake (CNDDB 2010).<br />
Photograph 17. Diagnostic<br />
features of Jared’s pepper-grass,<br />
such as yellow petals and a style<br />
that exceeds the notch-tipped<br />
silicles.<br />
A single population of approximately 128 individuals of<br />
Jared’s pepper-grass was identified in the southwest corner<br />
of Block 8 during the follow-up surveys in May (Figures 7<br />
and 8). This population was found at the base of a west<br />
facing slope on soft, alkali soils with a significant amount of<br />
bare ground. It was associated with special-status species<br />
such as Munz’s tidy-tips, Ferris’ goldfields, recurved<br />
larkspur, and crownscale. Common associated species<br />
included common monolopia (Monolopia lanceolata),<br />
California goldfields, Great Valley phacelia (Phacelia<br />
ciliata) and red brome.<br />
Parry’s Mallow [Eremalche parryi (ssp. undetermined)]<br />
During the spring surveys Parry’s mallow (Eremalche parryi) was identified on the fault<br />
escarpment and slopes in spring survey Blocks 5, 11, and 12. Taxonomic discrepancies and an<br />
inconclusive key make it unclear as to whether this species would be identified as ssp. parryi,<br />
which is not a special-status species, or ssp. kernensis, which is listed as federally endangered.<br />
Additionally, the USFWS species account for the federally listed subspecies indicates that the<br />
rare form is specifically restricted to western Kern County north of McKittrick and west of<br />
Buttonwillow (USFWS 1998, Sandoval and Cypher 2006). Per personal communication with<br />
Ellen Cypher, Ph.D. of the CDFG (21 May 2010), it is unlikely that the onsite species is the<br />
federally endangered plant based on its bloom size and range. However the issue has been<br />
referred to the USFWS (E. Warne, 18 May 2010 pers. communication) and is pending further<br />
clarification.<br />
CAMISSONIA SPECIES<br />
Consistent with the Project EIR (H.T. Harvey & Associates 2009), the rare plant survey crew<br />
also searched for any species of Camissonia (sun cups or evening primrose) that occurred on site.<br />
This is because at least some sun cup species are known to serve as required host plants for the<br />
larva of the endangered Kern primrose sphinx moth. Four species of sun cups were identified in<br />
the BSA during the spring and late-spring surveys. Although none of the Camissonia species<br />
found on-site are special-status, rare, or endangered, their presence was noted to provide<br />
information on the presence of potential habitat for the endangered Kern primrose sphinx moth.<br />
Booth’s Evening Primrose. Booth’s evening primrose (Camissonia boothii) (Photo 18) was<br />
found in several populations in the hills of Blocks 3 and 4 on the eastern edge of the BSA<br />
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(Figures 6 and 7). This white flowered Camissonia was associated with<br />
rose and white buckwheat (Eriogonum gracillimum), anglestem<br />
buckwheat (Eriogonum angulosum), yellowcomet (Mentzelia affinis),<br />
desert candle (Caulanthus inflatus), and one-sided bluegrass in the<br />
southern portion of spring survey Block 3. It was associated with<br />
Lemmon's poppy (Eschscholzia lemmonii ssp. lemmonii), San Joaquin<br />
blazingstar (Mentzelia pectinata), false spikeflower (Hollisteria lanata),<br />
scrub gilia (Gilia malior), and common monolopia in spring survey<br />
Block 4. In both areas, this species was found on slopes with some bare<br />
ground, eroded, fine, shaley loam soils and also with the wash habitats in<br />
spring survey Block 3. This species is not known to serve as a larval<br />
host species for the Kern primrose sphinx moth (USFWS 2007)<br />
Photograph 18.<br />
Booth’s evening<br />
primrose growing in<br />
sandy soils.<br />
Mojave Suncup. A population of more than 2,000 Mojave<br />
suncup (Camissonia campestris ssp. campestris) (Photo 19) was<br />
found in a sandy wash in the northern portion of spring survey<br />
Block 2 (Figures 6 and 7). This population was associated with<br />
buckwheat (Eriogonum elongatum), sessileflower false<br />
goldenaster (Heterotheca sessiliflora ssp. echioides), San<br />
Joaquin snakeweed (Gutierrezia californica), wand wirelettuce<br />
(Stephanomeria virgata ssp. pleurocarpa), and silver lupine<br />
(Lupinus albifrons). This sun cup species is considered to be<br />
one of the primary host food plants for the moth, particularly in<br />
the Carrizo Plain (USFWS 2007).<br />
Photograph 19. Mojave sun<br />
cup growing in a sandy<br />
wash.<br />
Hill Suncup. Five individuals of hill suncup (Camissonia<br />
graciliflora) were detected on the Martin property (Figures 6<br />
and 9). This species was found growing in alkaline clay and was<br />
associated with common monolopia, wild oat (Avena barbata),<br />
and bristly fiddleneck (Amsinckia tessellata). This species is not<br />
known to serve as a larval host species for the Kern primrose<br />
sphinx moth (USFWS 2007).<br />
Hairy Suncup. One hairy suncup (Camissonia hirtella) was found in within a sandy wash in the<br />
northern section of spring survey Block 3 (Figures 6 and 7). This plant was associated with<br />
bristly fiddleneck, hairy-leaved comb bur (Pectocarya heterocarpa), little gilia (Gilia minor),<br />
and alkali goldenbush (Isocoma acradenia var. bracteosa). This species is not known to serve as<br />
a larval host species for the Kern primrose sphinx moth (USFWS 2007).<br />
PRIOR SURVEY REPORT REDACTIONS/CLARIFICATIONS<br />
Two interim rare plant survey reports describing the results of the 2010 CVSR rare plant survey<br />
results were released for CEQA purposes. These reports detailed the spring (H. T. Harvey &<br />
Associates 2010a) and summer (H. T. Harvey & Associates 2010b) survey sweeps. Three errors<br />
were reported in the prior reports and have since been corrected in this report. Firstly, in the<br />
spring interim survey report (H. T. Harvey & Associates 2010a), a population of 100 individuals<br />
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Delphinium gypsophilum ssp. gypsophilum occurring in spring survey Block 3 was incorrectly<br />
labeled on the survey results map as Delphinium recurvatum. This error has been rectified in<br />
Figures 6 and 7 of this report. Secondly, in the summer survey report, it is reported that summer<br />
surveys occurred on 28 June 2010; however, this in not the case, and summer surveys actually<br />
commenced on 29 June 2010 as reported here.<br />
Finally, the special-status plant Eriogonum vestitum appears on the inclusive Plants Observed list<br />
for the summer survey report (H. T. Harvey & Associates 2010b). This is a typo (the actual<br />
species identified on-site was E. viridescens); and it should be reiterated the species E. vestitum<br />
was never observed anywhere within the Project vicinity. In general, the species list included<br />
with this report (Appendix A) supercedes all other plant lists generated for the Project site, as it<br />
is based off of vouchered identifications confirmed by multiple Project plant ecologists. In some<br />
cases, species were misidentified during the initial survey effort in the field, and therefore, some<br />
species occur on the original data forms but are not listed in the final species list. The list<br />
provided here as Appendix A reflects all taxonomic edits and final species identifications for the<br />
site.<br />
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LITERATURE CITED<br />
[BLM] Bureau of Land Management. 2010. Carrizo Plain National Monument, Approved<br />
Resource Management Plan and Record of Decision. Prepared by the BLM, Bakersfield<br />
Field Office and United States Department of Interior, April 2010.<br />
Baldwin, et al. (eds.). 2011 (in press). The Jepson Manual: Vascular Plants of California.<br />
University of California Press, Berkeley. Accessed from http://ucjeps.berkeley.edu/<br />
jepsonmanual/review/ on 15 March 2010 and other dates.<br />
[Calflora] 2010. Calflora: Information on California plants for education, research and<br />
conservation. 2010. Berkeley, California: The Calflora Database. Available:<br />
http://www.calflora.org/. Accessed through November 2010.<br />
[CCH] Consortium of California Herbaria. 2010. Available from:<br />
http://ucjeps.berkeley.edu/consortium/. Accessed multiple dates January through<br />
November 2010.<br />
[CDFG] California Department of Fish and Game. 2000. Guidelines for Assessing the Effects<br />
of Proposed Projects on Rare, Threatened, and Endangered Plants and Natural<br />
Communities. Prepared December 1983. Revised May 2000. Sacramento, California.<br />
http://www.dfg.ca.gov/biogeodata/cnddb/pdfs/guideplt.pdf.<br />
[CDFG] California Department of Fish and Game. 2003. The vegetation classification and<br />
mapping program: List of California terrestrial natural communities recognized by the<br />
California Natural Diversity Database. Sacramento, CA. 77 pp.<br />
[CDFG] California Department of Fish and Game. 2009. Protocols for Surveying and<br />
Evaluating Impacts to Special Status Native Plant Populations and Communities.<br />
Prepared 24 November, 2009. Sacramento, CA. http://www.dfg.ca.gov/<br />
biogeodata/cnddb/pdfs/Protocols_for_Surveying_and_Evaluating_Impacts.pdf<br />
[CNPS] California Native Plant Society. 2001. CNPS Botanical Survey Guidelines. Prepared 9<br />
December, 1983. Revised 2 June, 2001. http://www.cnps.org/cnps/rareplants/<br />
pdf/cnps_survey_guidelines.pdf<br />
[CNPS] California Native Plant Society. 2010. Inventory of Rare and Endangered Plants<br />
(online edition, v7-09d). California Native Plant Society. Sacramento, California.<br />
Accessed on 10 January 2010 (and other dates) from http://www.cnps.org/inventory.<br />
[CNDDB] California Natural Diversity Database. 2010. Rarefind 3.1.0, a program created by<br />
the California Department of Fish and Game, allowing access to the CNDDB.<br />
Hickman, J. C. 1993. The Jepson Manual: Higher Plants of California. University of<br />
California Press.<br />
CVSR 2010 Special-status Plant Survey<br />
Final Report<br />
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18 November 2010
Holland, R. F. 1986. Preliminary descriptions of the terrestrial natural communities of<br />
California. Prepared for CDFG.<br />
H. T. Harvey & Associates. 2009. Biological Resources Assessment for the California Valley<br />
Solar Ranch Project, San Luis Obispo County, California. Project #3103-01.<br />
H. T. Harvey. 2010a. California Valley Solar Ranch: Special Status Plant Surveys Interim<br />
Survey Report. 30 July 2010. Project #3103-02.<br />
H. T. Harvey. 2010b. California Valley Solar Ranch: Special Status Plant Summer Surveys<br />
Interim Survey Report. 9 August 2010. Project #3103-02.<br />
Keil, D. J. 2010. Wildflowers of San Luis Obispo, California. City of San Luis Obispo and<br />
CNPS. 86 pp.<br />
McLeod, M. 2004. Wildflowers of the Carrizo Plain Area. California Native Plant Society.<br />
Sacramento, California. 12 pp.<br />
Munz, P.A. and D.D. Keck. 1968. A California Flora and Supplement. University of California<br />
Press, Berkeley, CA.<br />
[NRCS] Natural Resource Conservation Service. 1992. Hydric Soils List of San Luis Obispo<br />
County, California.<br />
[NRCS] Natural Resource Conservation Service. 2003. Soil Survey of San Luis Obispo County,<br />
California, Carrizo Plain Area.<br />
Sandoval, T.M. and E.A. Cypher. 2006. Endangered Species Recovery Program Species<br />
Account: Kern Mallow (Eremalche kernensis). Retrieved from http://esrp.csustan.edu/<br />
speciesprofiles/profile.php?sp=erke on 5 May 2010.<br />
[USFWS] U.S. Fish and Wildlife Service. 2002. General Rare Plant Survey Guidelines.<br />
Prepared 1996 and revised July 2002 by Ellen A. Cypher.<br />
[USFWS] U.S. Fish and Wildlife Service. 1998. Recovery plan for upland species of the San<br />
Joaquin Valley, California. Region 1, Portland, OR.<br />
[USFWS] U.S. Fish and Wildlife Service. 2007. Kern Primrose Sphinx Moth (Euproserpinus<br />
euterpe) 5-year Review: Summary and Evaluation. Sacramento Fish and Wildlife Field<br />
Office, Sacramento CA. Prepared September 2007.<br />
Weather Underground. 2010. Station ID (KCACALIF2). Accessed from<br />
http://www.wunderground.com/weatherstation/WXDailyHistory.asp?ID=KCACALIF2<br />
on 10 January 2010 (and other dates).<br />
CVSR 2010 Special-status Plant Survey<br />
Final Report<br />
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H. T. Harvey & Associates<br />
18 November 2010
PERSONAL COMMUNICATION<br />
Cypher, Ellen. 21 May 2010. California Department of Fish and Game. Phone Call, Email.<br />
Hacker, Dave. 4 March 2010. California Department of Fish and Game. Phone Call, Email.<br />
Jones, Susan. 4 March 2010. California Department of Fish and Game. Phone Call, Email.<br />
Kearns, Dennis. 29 March 2010. Bureau of Land Management. Phone Call<br />
Daryl Twisselman. Several dates in 2008 and 2009 (with URS ecologists) and March 2010.<br />
Property owner. Personal interview.<br />
Warne, Elizabeth. 18 May 2010. U.S. Fish and Wildlife Service. Phone Call.<br />
CVSR 2010 Special-status Plant Survey<br />
Final Report<br />
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18 November 2010
APPENDIX A.<br />
LIST OF <strong>PLANT</strong> SPECIES IDENTIFIED ON THE CVSR PROJECT SITE<br />
CVSR 2010 Special-status Plant Survey<br />
Final Report<br />
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H. T. Harvey & Associates<br />
18 November 2010
Appendix A. Plant Species Identified on the CVSR Project Site, 2010 Surveys.<br />
Family<br />
Scientific Name<br />
Amaranthaceae<br />
Apiaceae<br />
Asclepiadaceae<br />
Asteraceae<br />
Amaranthus albus<br />
Eryngium vaseyi<br />
Lomatium caruifolium<br />
Lomatium utriculatum<br />
Yabea microcarpa<br />
Asclepias fascicularis<br />
Achyrachaena mollis<br />
Acroptilon repens<br />
Agoseris heterophylla<br />
Artemisia californica<br />
Blennosperma nanum var. nanum<br />
Centaurea melitensis<br />
Chaenactis fremontii<br />
Chamomilla suaveolens<br />
Coreopsis bigelovii<br />
Coreopsis calliopsidea<br />
Eastwoodia elegans<br />
Ericameria linearifolia<br />
Eriophyllum confertiflorum var. confertiflorum<br />
Filago californica<br />
Gutierrezia californica<br />
Heterotheca sessiliflora ssp. echioides<br />
Isocoma acradenia var. bracteosa<br />
Lactuca serriola<br />
Lagophylla ramosissima ssp. ramosissima<br />
Lasthenia californica<br />
Lasthenia ferrisiae<br />
Layia heterotricha<br />
Layia munzii<br />
Layia pentachaeta ssp. albida<br />
CVSR 2010 Special-status Plant Survey<br />
Final Report<br />
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H. T. Harvey & Associates<br />
18 November 2010
Family<br />
Boraginaceae<br />
Scientific Name<br />
Layia platyglossa<br />
Lessingia filaginifolia<br />
Lessingia lemmonii var. lemmonii<br />
Malacothrix californica<br />
Malacothrix coulteri<br />
Micropus californicus var. californicus<br />
Microseris campestris<br />
Microseris douglasii ssp. douglasii<br />
Monolopia lanceolata<br />
Monolopia stricta<br />
Rafinesquia californica<br />
Senecio vulgaris<br />
Sonchus asper ssp. asper<br />
Stephanomeria exigua ssp. coronaria<br />
Stephanomeria virgata ssp. pleurocarpa<br />
Stephanomeria pauciflora var. pauciflora<br />
Uropappus lindleyi<br />
Amsinckia lycopsoides<br />
Amsinckia menziesii var. intermedia<br />
Amsinckia menziesii var. menziesii<br />
Amsinckia tessellata<br />
Amsinckia vernicosa var. vernicosa<br />
Cryptantha flaccida<br />
Cryptantha intermedia<br />
Cryptantha muricata<br />
Heliotropium curassavicum<br />
Pectocarya heterocarpa<br />
Pectocarya linearis ssp. ferocula<br />
Pectocarya penicillata<br />
Plagiobothrys acanthocarpus<br />
Plagiobothrys canescens<br />
CVSR 2010 Special-status Plant Survey<br />
Final Report<br />
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H. T. Harvey & Associates<br />
18 November 2010
Family<br />
Brassicaceae<br />
Caprifoliaceae<br />
Caryophyllaceae<br />
Chenopodiaceae<br />
Scientific Name<br />
Plagiobothrys leptocladus<br />
Brassica nigra<br />
Capsella bursa-pastoris<br />
Caulanthus inflatus<br />
Descurainia pinnata<br />
Descurainia sophia<br />
Erysimum capitatum ssp. capitatum<br />
Guillenia lasiophylla<br />
Guillenia lemmonii<br />
Heterodraba unilateralis<br />
Hirschfeldia incana<br />
Hutchinsia procumbens<br />
Lepidium dictyotum var. acutidens<br />
Lepidium jaredii var. jaredii<br />
Lepidium nitidum var. nitidum<br />
Lepidium strictum<br />
Raphanus sativus<br />
Sisymbrium irio<br />
Sisymbrium orientale<br />
Stanleya pinnata var. pinnata<br />
Thysanocarpus curvipes<br />
Thysanocarpus laciniatus<br />
Tropidocarpum gracile<br />
Isomeris arborea<br />
Herniaria hirsuta ssp. cinerea<br />
Spergularia marina<br />
Spergularia rubra<br />
Stellaria nitens<br />
Atriplex argentea<br />
Atriplex coronata var. coronata<br />
Atriplex fruticulosa<br />
CVSR 2010 Special-status Plant Survey<br />
Final Report<br />
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H. T. Harvey & Associates<br />
18 November 2010
Family<br />
Convolvulaceae<br />
Crassulaceae<br />
Cucurbitaceae<br />
Euphorbiaceae<br />
Fabaceae<br />
Scientific Name<br />
Atriplex lentiformis ssp. lentiformis<br />
Atriplex polycarpa<br />
Atriplex serennana var. serennana<br />
Bassia hyssopifolia<br />
Chenopodium album<br />
Chenopodium californicum<br />
Krascheninnikovia lanata<br />
Monolepis nuttalliana<br />
Salsola tragus<br />
Suaeda moquinii<br />
Convolvulus arvensis<br />
Cressa truxillensis<br />
Crassula connata<br />
Marah fabaceus<br />
Chamaesyce ocellata ssp. ocellata<br />
Eremocarpus setigerus<br />
Astragalus didymocarpus var. didymocarpus<br />
Astragalus lentiginosus var. nigricalycis<br />
Astragalus oxyphysus<br />
Lotus humistratus<br />
Lotus strigosus<br />
Lotus wrangelianus<br />
Lupinus albifrons<br />
Lupinus bicolor<br />
Lupinus microcarpus var. horizontalis<br />
Lupinus microcarpus var. microcarpus<br />
Medicago polymorpha<br />
Melilotus indicus<br />
Trifolium albopurpureum var. albopurpureum<br />
Trifolium depauperatum var. amplectens<br />
Trifolium gracilentum var. gracilentum<br />
CVSR 2010 Special-status Plant Survey<br />
Final Report<br />
A-5<br />
H. T. Harvey & Associates<br />
18 November 2010
Family<br />
Frankeniaceae<br />
Geraniaceae<br />
Hydrophyllaceae<br />
Lamiaceae<br />
Liliaceae<br />
Loasaceae<br />
Malvaceae<br />
Marsileaceae<br />
Nyctaginiceae<br />
Onagraceae<br />
Scientific Name<br />
Trifolium repens<br />
Trifolium willdenovii<br />
Vicia sativa<br />
Frankenia salina<br />
Erodium botrys<br />
Erodium cicutarium<br />
Erodium moschatum<br />
Phacelia ciliata<br />
Phacelia distans<br />
Phacelia fremontii<br />
Phacelia tanacetifolia<br />
Pholistoma membranaceum<br />
Marrubium vulgare<br />
Salvia columbariae<br />
Trichostema lanceolatum<br />
Allium crispum<br />
Allium lacunosum<br />
Calochortus clavatus var. pallidus<br />
Calochortus venustus<br />
Dichelostemma capitatum ssp. capitatum<br />
Muilla maritima<br />
Mentzelia affinis<br />
Mentzelia pectinata<br />
Eremalche parryi cf. ssp. parryi<br />
Malva parviflora<br />
Malvella leprosa<br />
Pilularia americana<br />
Mirabilis laevis var. crassifolia<br />
Camissonia boothii<br />
Camissonia campestris ssp. campestris<br />
Camissonia graciliflora<br />
CVSR 2010 Special-status Plant Survey<br />
Final Report<br />
A-6<br />
H. T. Harvey & Associates<br />
18 November 2010
Family<br />
Papaveraceae<br />
Plantaginaceae<br />
Poaceae<br />
Scientific Name<br />
Camissonia hirtella<br />
Clarkia purpurea ssp. quadrivulnera<br />
Clarkia tembloriensis ssp. tembloriensis<br />
Eschscholzia californica<br />
Eschscholzia lemmonii ssp. lemmonii<br />
Papaver hybridum<br />
Platystemon californicus<br />
Stylomecon heterophylla<br />
Plantago elongata<br />
Plantago erecta<br />
Avena barbata<br />
Avena fatua<br />
Cynodon dactylon<br />
Bromus diandrus<br />
Bromus hordeaceus<br />
Bromus tectorum<br />
Bromus trinii<br />
Bromus madritensis ssp. rubens<br />
Deschampsia danthonioides<br />
Distichlis spicata<br />
Elymus elymoides ssp. elymoides<br />
Elymus glaucus<br />
Hordeum brachyantherum<br />
Hordeum marinum ssp. gussoneanum<br />
Hordeum murinum ssp. leporinum<br />
Koeleria phleoides<br />
Lamarkia aurea<br />
Leymus triticoides<br />
Lolium perenne<br />
Nassella cernua<br />
Nassella pulchra<br />
CVSR 2010 Special-status Plant Survey<br />
Final Report<br />
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H. T. Harvey & Associates<br />
18 November 2010
Family<br />
Polemoniaceae<br />
Polygonaceae<br />
Scientific Name<br />
Poa bulbosa<br />
Poa secunda ssp. secunda<br />
Polypogon monspeliensis<br />
Schismus arabicus<br />
Schismus barbatus<br />
Triticum aestivum<br />
Vulpia bromoides<br />
Vulpia microstachys var. pauciflora<br />
Vulpia myuros var. hirsuta<br />
Vulpia octoflora<br />
Allophyllum gilloides<br />
Eriastrum densifolium ssp. austromontanum<br />
Eriastrum pluriflorum<br />
Gilia clivorum<br />
Gilia malior<br />
Gilia minor<br />
Linanthus bicolor<br />
Linanthus dichotomus<br />
Linanthus liniflorus<br />
Linanthus parviflorus<br />
Navarretia sp.<br />
Phlox gracilis<br />
Chorizanthe uniaristata<br />
Chorizanthe watsonii<br />
Eriogonum angulosum<br />
Eriogonum baileyi var. baileyi<br />
Eriogonum elongatum var. elongatum<br />
Eriogonum fasciculatum var. polifolium<br />
Eriogonum gracillimum<br />
Eriogonum nudum<br />
Eriogonum ordii<br />
CVSR 2010 Special-status Plant Survey<br />
Final Report<br />
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H. T. Harvey & Associates<br />
18 November 2010
Family<br />
Portulacaceae<br />
Primulaceae<br />
Ranunculaceae<br />
Scrophulariaceae<br />
Simaroubaceae<br />
Solanaceae<br />
Tamaricaceae<br />
Urticaceae<br />
Valerianaceae<br />
Scientific Name<br />
Eriogonum viridescens<br />
Hollisteria lanata<br />
Polygonum arenastrum<br />
Rumex crispus<br />
Rumex salicifolius var. denticulatus<br />
Rumex sp.<br />
Calandrinia ciliata<br />
Claytonia exigua ssp. exigua<br />
Claytonia parviflora ssp. parviflora<br />
Claytonia perfoliata ssp. perfoliata<br />
Androsace elongata ssp. acuta<br />
Delphinium gypsophilum ssp. gypsophilum<br />
Delphinium recurvatum<br />
Castilleja brevistyla<br />
Castilleja densiflora<br />
Castilleja exserta ssp. exserta<br />
Castilleja subinclusa ssp. subinclusa<br />
Collinsia heterophylla<br />
Ailanthus altissima<br />
Datura wrightii<br />
Nicotiana quadrivalvis<br />
Solanum xanti<br />
Tamarix aphylla<br />
Tamarix ramosissima<br />
Urtica dioica ssp. holosericea<br />
Plectritis ciliosa<br />
CVSR 2010 Special-status Plant Survey<br />
Final Report<br />
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H. T. Harvey & Associates<br />
18 November 2010
APPENDIX B.<br />
RESUMES OF TEAM PERSONNEL FOR 2010 SURVEYS<br />
CVSR 2010 Special-status Plant Survey<br />
Final Report<br />
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H. T. Harvey & Associates<br />
18 November 2010
H. T. Harvey & Associates Personnel Qualifications<br />
Patrick Boursier, Ph.D.<br />
Principal, Plant Ecology<br />
pboursier@harveyecology.com<br />
408-458-3204<br />
AREAS OF EXPERTISE<br />
• Plant ecology/rangeland science<br />
• Land management plans<br />
• Wetland delineation/assessment<br />
• Environmental impact assessment<br />
• Permitting/compliance<br />
EDUCATION<br />
• Ph.D. Plant Physiology, UC Davis, 1987<br />
• M.S. Agronomy and Range Science, UC<br />
Davis, 1982<br />
• B.S. Biological Sciences, UC Davis, 1979<br />
PRIOR PROFESSIONAL EXPERIENCE<br />
• Postdoctoral researcher, salt marsh<br />
ecophysiology, Univ. Sussex, Brighton,<br />
England 1989-1991<br />
• Postdoctoral researcher, soil/plant relations,<br />
UC Davis 1988-1989<br />
• Postdoctoral researcher, nitrogen<br />
biochemistry, Oregon State Univ., Corvallis<br />
1987-1989<br />
• Biological Technician, Interior Dept., Bureau<br />
of Land Management, Susanville 1978-1980<br />
KEY PROJECTS<br />
• Tehachapi Renewable Transmission Project<br />
EIR/EIS<br />
• Napa-Sonoma Marsh and South Bay Salt<br />
Pond resource agency permits<br />
• Haystack/Burns Wetland delineation/rare<br />
plant studies<br />
• VTA Measure B projects environmental<br />
studies/resource agency permits<br />
KEY PUBLICATIONS<br />
Boursier, P. et al. 1989. Growth & nitrogen-fixing<br />
responses of subterranean clover to application<br />
and subsequent removal of ammonium nitrate.<br />
Crop Science 29:758-763.<br />
Boursier, P. & A. Lauchli. 1989. Mechanisms of<br />
chloride partitioning in leaves of salt-stressed<br />
Sorghum bicolor. Physiologia Plantarum 77:537-<br />
544.<br />
Boursier, P., F. J. Hanus, H. Papen, M. Becker, S. A.<br />
Russell and H. J. Evans. 1988. Selenium increases<br />
hydrogenase expression in autotrophically cultured<br />
Bradyrhizobium japonicum and is a constituent of the<br />
purified enzyme. J. Bacteriol. 170:5594-5600.<br />
Complete list of publications available upon request<br />
PROFESSIONAL PROFILE<br />
Patrick is a principal and head of our plant ecology group, a role in which he provides<br />
direction, training, and oversight on technical studies related to environmental<br />
documents, wetland delineations/assessments, quantitative sampling, rare plant studies,<br />
and resource agency permit preparation and processing. He is also responsible for<br />
providing senior management across a broad spectrum of projects.<br />
One of Patrick’s primary focuses within the company is wetland delineation and<br />
permitting. He has prepared delineations covering tens of thousands of acres in a wide<br />
variety of habitats involving complex hydrologic and edaphic settings including vernal<br />
pools and swales, farmed wetlands, tidal salt marshes, atypical situations and problem<br />
areas. His permitting experience and expertise includes U.S. Army Corps of Engineers,<br />
Regional Water Quality Control Board, California Department of Fish and Game,<br />
California Coastal Commission, Bay Conservation and Development Commission, U.S.<br />
Coast Guard, U.S. Fish and Wildlife Service, and National Marine Fisheries Service.<br />
Prior to joining H. T. Harvey & Associates, Patrick was involved in monitoring and<br />
assessing the effects of environmental stresses on individual plant vigor and<br />
composition in Great Britain's coastal salt marsh communities. He has over 20 years of<br />
experience initiating, planning, and executing both basic and applied research from the<br />
whole plant to the biochemical level; in ecological and managed ecosystems; and under<br />
field, greenhouse, and laboratory conditions. His technical expertise includes scanning<br />
and transmission electron microscopy, electron x-ray microanalysis, micro-turgor<br />
pressure probes, radioactive isotopes, enzyme isolation, plant tissue element analysis,<br />
and soil physical and chemical properties. Pat’s field experience includes mapping over<br />
one million acres of plant communities in desert and forest ecosystems over a three-year<br />
period for the Bureau of Land Management.<br />
With over 15 years of direct consulting experience, Patrick has managed several hundred<br />
projects, including environmental impact reports, constraints analyses, impact<br />
assessments, and resource agency permit submittals, as well as mitigation and<br />
monitoring studies. He has mapped biotic habitats, conducted special-status plant<br />
surveys, and performed wetland delineations in a wide variety of plant communities<br />
throughout the San Francisco Bay Area, Central Valley, and Mojave Desert.<br />
With H. T. Harvey & Associates, Pat has overseen numerous large-scale projects. These<br />
have included the preparation of environmental documentation and acquisition of<br />
resource agency permits for nine Santa Clara County Transportation Authority highway<br />
and rail projects; wetland delineation and resource agency permit preparation for a 6000-<br />
acre salt marsh along the Napa River; permit applications and wetland delineation for<br />
the 15,000-acre South Bay Salt Pond Project; wetland delineation and rare plant surveys<br />
on over 1800 acres of vernal pool habitat in California’s Central Valley; long-term marsh<br />
vegetation monitoring of over 1500 acres in South San Francisco Bay; regional species<br />
distribution studies for the Santa Clara Valley dudleya and Congdon’s tarplant; rare plant<br />
distribution studies for numerous projects across several thousand acres of the Mojave<br />
Desert; preparation of a species management plan for the federally endangered robust<br />
spineflower; and compilation of habitat conservation plans for coastal grassland prairie,<br />
serpentine grasslands, and alkali sink habitats. Recent infrastructure improvement<br />
projects include Interstate-580 West-bound HOV Improvements, City of San Mateo<br />
South Trunk Sewer Relief Project, City of San Mateo Kingridge Sewer Project, and<br />
Santa Clara Valley Water District Stream Maintenance Program.
H. T. Harvey & Associates Personnel Qualifications<br />
Kelly Hardwicke, Ph.D.<br />
Senior Plant Ecologist<br />
khardwicke@harveyecology.com<br />
408-458-3236<br />
AREAS OF EXPERTISE<br />
• Rare/endangered plant surveys<br />
• Environmental impact assessment<br />
(NEPA/CEQA)<br />
• Wetland delineation/assessment<br />
• Permit Preparation and Assistance<br />
• Entomological and Branchiopod Surveys<br />
EDUCATION<br />
• Ph.D. Ecology, Colorado State Univ., 2006<br />
• B.A. Biology, Reed College, 1998<br />
PRIOR PROFESSIONAL EXPERIENCE<br />
• Instructor, Plant Identification, Colorado<br />
State Univ., 2006<br />
• Researcher, Shortgrass Steppe Long-term<br />
Ecological Research Site, 2002-2006<br />
• Teaching Assistant, Colorado State Univ.,<br />
2001-2006<br />
• Field Researcher, US Geologic Survey,<br />
Grand Staircase Escalante National<br />
Monument, 2002<br />
• Research Technician, Center for Cytometry<br />
& Molecular Imaging, Salk Institute, 1998-<br />
2001<br />
• Field Biologist, El Paso County Parks Dept.,<br />
1998<br />
KEY PROJECTS<br />
• California Valley Solar Ranch Rare Plant<br />
Surveys, Wetland Delineation, CEQA<br />
Support, and Branchiopod Surveys.<br />
• Tehachapi Renewable Energy Transmission<br />
Project EIR/EIS and Rare Plant Surveys<br />
• Trilobite Solar Rare Plant Surveys<br />
• East Contra Costa County HCP/NCCP<br />
CEQA Analysis<br />
• Monterey County Nacimiento Bridge 449<br />
Replacement Project<br />
• City of San Mateo Bayfront Levee<br />
Improvements Project<br />
• Salinas River Lagoon Fisheries Enhancement<br />
Project<br />
• Highway 101 Auxiliary Lane Project,<br />
Embarcadero to SR 85<br />
• Alkali Sink Conservation Bank Branchiopod<br />
Surveys<br />
PROFESSIONAL PROFILE<br />
Kelly is a Plant Ecologist whose work primarily involves classification and description of<br />
habitats and identification of the component flora and invertebrates of project sites.<br />
Her work also frequently includes surveying sites for special-status plants, performing<br />
wetland delineations, writing CEQA documents, and providing permit assistance. In<br />
addition, Kelly also has several years of experience in insect surveys, sample preparation,<br />
and identification, and studies of vernal pool invertebrates. She holds a recovery permit<br />
with the U.S. Fish and Wildlife Service to conduct wet season surveys for endangered<br />
branchiopods throughout California.<br />
Kelly's botanical expertise has centered on the flora of the San Francisco Bay Area,<br />
Mojave Desert, Colorado shortgrass steppe and Rocky Mountains, and the Great Basin<br />
and associated floristic provinces. She has conducted rare plant surveys on thousands of<br />
acres in Alameda, Contra Costa, Kern, Los Angeles, Monterey, San Benito, San<br />
Bernardino, Santa Clara, Santa Cruz, San Luis Obispo, and San Mateo counties, as well<br />
as in Utah and Colorado. Her strong research and botanical background gives her the<br />
skills necessary to determine the potential for a site to support special-status species, and<br />
her background in plant physiology allows her to analyze habitat requirements of rare<br />
plant species. In addition, her entomology and community ecology background enables<br />
her to distinguish significant plant-invertebrate community associations. Kelly’s strong<br />
research background and dissertation work in pollination biology complement her<br />
familiarity with the rare and endemic species of the San Francisco Bay, Monterey Bay,<br />
Mojave Desert, Central Valley, Central Coast Range, and Transverse Range regions.<br />
While with H. T. Harvey & Associates, Kelly has conducted rare plant surveys on<br />
several large projects involving salt water, riparian, Mojavean scrub, chaparral, annual<br />
grassland, and vernal pool plant communities. She has written a management plan for a<br />
federally endangered plant, designed and performed protocol plant surveys in a variety<br />
of habitats, and applied geographic information system techniques to create maps of<br />
sensitive habitats and populations. Her surveys have involved creating floristic species<br />
lists from wetland, scrub, woodland, riparian, desert, and grassland plant communities<br />
across California. She has conducted planning surveys for habitat conservation plan<br />
compliance, and coordinated regulatory agency permitting for complex projects. Kelly is<br />
able to collaborate with project engineers to understand and relay pertinent information<br />
to regulatory agencies, including compilation of individual permits for the U.S. Army<br />
Corps of Engineers, 401 Water Quality Certification, and Bay Conservation and<br />
Development Commission permits. She has extensive experience with resource agency<br />
permitting for large public works projects and has worked closely with project engineers<br />
in this capacity. She has also written numerous Natural Environment Studies for the<br />
California Department of Transportation. Beyond her work with habitats and plants,<br />
Kelly has conducted wet season sampling for vernal pool branchiopods in the lower<br />
Sierra Nevada foothills, the Central Valley, and the Carrizo Plain, and has sampled for<br />
terrestrial insects for a number of projects in various habitats, from a Bay Area<br />
freshwater and brackish marsh community to vernal pools in the Central Valley.<br />
To complement her formal training in plant biology, Kelly has completed several<br />
courses emphasizing federal and state regulatory compliance and procedures, including<br />
wetland delineation training focused on soils and hydrology with the Wetland Training<br />
Institute; courses on the Clean Water Act (Section 404), nationwide permits, endangered<br />
species regulation and protection, and CEQA with UC Davis; and courses on<br />
branchiopod identification. She is a member of the California Native Plant Society.
H. T. Harvey & Associates Personnel Qualifications<br />
Brian Cleary, M.S.<br />
Senior Plant Ecologist<br />
bcleary@harveyecology.com<br />
408-458-3232<br />
AREAS OF EXPERTISE<br />
• Plant ecology<br />
• Rare/endangered plant surveys<br />
• Vegetation mapping, qualitative and<br />
quantitative plant sampling<br />
• Wetland delineations<br />
• Wetland communities ecology<br />
• Regulatory agency permitting<br />
• CEQA/NEPA document preparation<br />
EDUCATION<br />
• M.S. Ecological Botany, California State<br />
Univ. Stanislaus, 1997.<br />
• B.S. Botany, California State Univ. Fresno,<br />
1986.<br />
PRIOR PROFESSIONAL EXPERIENCE<br />
• Senior Associate, Swanson Hydrology &<br />
Geomorphology, 2003-2005.<br />
• Botanist, H. T. Harvey & Associates 1998-<br />
2003.<br />
• Botanist, EA Engineering, Science &<br />
Technology, 1993-1997.<br />
• Professional Botanist, U.S. Forest Service,<br />
1989-1993.<br />
KEY PROJECTS<br />
• California Valley Solar Ranch, Rare Plant<br />
Surveys.<br />
• Tehachapi Renewable Transmission Project<br />
Rare Plant Surveys<br />
• Marine Ocean Terminal Concord Rare Plant<br />
Surveys.<br />
• Trilobite Solar Rare Plant Surveys.<br />
• Hunters Point Naval Shipyard Wetland<br />
Delineation Project.<br />
• Concord Naval Weapons Station Wetland<br />
Delineation Project.<br />
• Clark Slough Humboldt Bay Wetland<br />
Delineation Project.<br />
• U.S. Highway 101 North and South Wetland<br />
Delineation Project.<br />
• Neary Mitigation Project.<br />
PROFESSIONAL PROFILE<br />
Brian is a senior plant ecologist responsible primarily for conducting large-scale<br />
ecological studies. These have included field surveys for rare plant species and analysis<br />
of potential rare plant habitats, vegetation typing, habitat mapping, and wetland<br />
delineations in a myriad of plant communities throughout California. Brian has over 20<br />
years of direct project-related field experience in California that includes extensive rare<br />
plant surveys in valley and foothill grassland, cismontane and transmontane woodland,<br />
coastal and desert scrub, montane conifer and broadleaf forests, freshwater marsh,<br />
coastal salt marsh and riparian communities. He is also a regulatory specialist involved<br />
in the permit preparation and processing of U.S. Army Corps of Engineers Section 404<br />
nationwide and individual permits, Regional Water Quality Control Board Section 401<br />
clean water certification applications, California Department of Fish and Game<br />
streambed alteration agreements, and California Coastal Commission development<br />
permits.<br />
Brian has also conducted botanical investigations, including rare plant surveys, in many<br />
states throughout the U.S and in many counties in California. Additionally, he is very<br />
experienced in the study of wetland ecology, including quantitative and qualitative<br />
determination of wetland functions and values, and specializes in field surveys for rare,<br />
threatened, endangered, and sensitive plant species that occur in California wetland<br />
communities. In 2009, Brian participated in a large-scale (several thousand acres) rare<br />
plant survey in the Mojave Desert for a high profile solar energy project. Brian also has<br />
extensive project experience conducting rare plant surveys in serpentine grassland<br />
habitat throughout Santa Clara and San Mateo counties in California, and specializes in<br />
the taxonomy and life history of rare and endangered serpentine endemic plant species.<br />
As a wetland scientist he has mapped tens of thousands of acres of wetlands in<br />
California, including a recent delineation and rare plant surveys on several hundred acres<br />
of the Vina Plain in Northern California, where the site was comprised of large and<br />
complex vernal pools that also supported endangered plant species. Brian recently<br />
served as an expert witness providing testimony for a wetland delineation project in<br />
Humboldt County, California. In early 2009, Brian completed a 5,000-acre wetland<br />
delineation for the inland portion of the Concord Naval Weapons Station as a part of<br />
the City of Concord Land Reuse Plan.<br />
With H. T. Harvey & Associates, Brian provides expertise in the preparation of various<br />
CEQA and NEPA related documents including environmental impact reports, natural<br />
environment studies, habitat conservation plans and biological assessments as a part of<br />
the Endangered Species Act (ESA) Section 7 agency consultation process. This work<br />
includes an assessment of project-related botanical and wetland impacts and formulation<br />
of mitigation management and restoration strategies for impacts to wetlands and rare,<br />
threatened, and endangered plant species in California. During his 9 years with H. T.<br />
Harvey & Associates, Brian has been involved in several hundred projects that require<br />
botanical adherence to CEQA, NEPA, and ESA guidelines.<br />
Prior to his work for H. T. Harvey & Associates, Brian used the U.S. Forest Service's<br />
Ecological Unit Inventory technique for vegetation typing and geographic information<br />
system mapping of over 300,000 acres of land in Southern California. As a vegetation<br />
management specialist, Brian assisted in developing fire management prescriptions in<br />
chaparral and mixed conifer forest to enhance biodiversity and promote age class<br />
diversity. In Northern California, Brian carried out data analysis and description of over<br />
400,000 acres of natural vegetation for Louisiana-Pacific’s Sustained Yield Timber<br />
Management Plan and Habitat Conservation Plan related to Section 10 of the ESA.
H. T. Harvey & Associates Personnel Qualifications<br />
Colin Wilkinson<br />
Plant Ecologist<br />
cwilkinson@harveyecology.com<br />
559-476-3182<br />
AREAS OF EXPERTISE<br />
• Rare/endangered plant surveys<br />
• Plant ecology<br />
• Habitat Assessments<br />
• Vegetation mapping, qualitative and<br />
quantitative plant sampling<br />
• CEQA/NEPA document preparation<br />
• Rare/endangered wildlife surveys<br />
EDUCATION<br />
• B.S. Ecology & Evolution, UC Santa Cruz,<br />
2006<br />
PRIOR PROFESSIONAL EXPERIENCE<br />
• Botanist/Biologist, ESRP CSU Stanislaus,<br />
2007-2010<br />
• Biologist, USFS PSW, 2003<br />
• Biologist, CA State Parks, 2003<br />
• Botanist/Biologist, Sequoia Riverlands Trust,<br />
2003<br />
KEY PROJECTS<br />
• California Valley Solar Ranch, Rare Plant<br />
Surveys<br />
• Panoche Valley Solar Farm Peer Review<br />
Surveys and Reporting<br />
• PG&E San Joaquin Valley HCP Surveys and<br />
Monitoring<br />
• San Joaquin River Water Quality<br />
Improvement Project, Wildlife Monitoring<br />
for Panoche Drainage District<br />
PROFESSIONAL PROFILE<br />
Colin is a Plant Ecologist in our San Joaquin Valley office, specializing in special-status<br />
plant surveys and habitat assessments.<br />
Colin has worked as a botanist for numerous projects throughout California. His<br />
professional experience ranges from the southern California deserts, San Joaquin Valley,<br />
central and southern Coast Ranges, and the Sierra Nevada Mountains. In addition to his<br />
extensive background in special-status plant surveys he has also played a role in<br />
identifying and studying long-term vegetative trends and productivity in alkali scrub<br />
communities, and valley grassland in the southern and western San Joaquin Valley.<br />
Colin has conducted special-status species surveys and botanical inventories throughout<br />
Fresno, Kern, Kings, Madera, San Benito, San Luis Obispo, and Tulare counties. Colin<br />
has contributed to projects including sensitive and invasive plant species mapping in the<br />
San Joaquin River drainage as part of a restoration effort; surveys and mapping of<br />
sensitive plant species, invasive plant species, and plant species that had been deemed<br />
culturally significant in Sierra National Forest in Madera county.<br />
While employed with California State University (CSU) Stanislaus Endangered Species<br />
Recovery Program, Colin gained experience working on a variety of projects. He has<br />
performed vegetation mapping and productivity sampling, and identified habitats with<br />
the potential for sensitive plant associations, conducted vernal pool mapping and quality<br />
assessments; participated in research of native plant restoration involving the collection<br />
and processing of seed and native plant propagation. While at HTH, Colin has played<br />
an integral role on identifying rare plants and assessing habitat for these species on<br />
several projects.<br />
In addition to his strong background as a botanist, Colin also has considerable<br />
experience conducting wildlife surveys. For four seasons he conducted protocol surveys<br />
for blunt-nosed leopard lizards and spotted owl and has assisted with protocol surveys<br />
for great grey owl. He also has experience conducting surveys and assessments for<br />
California red-legged frog and California tiger salamander. In addition he has assisted in<br />
census, population monitoring, habitat management and improvement for California<br />
red-legged frog in San Benito County and assisted in pit-fall trapping of adult and<br />
emergent larval California tiger salamander and dip or seine netting of their larvae in<br />
breeding pools in Fresno and Madera counties. Colin also has hundreds of hours of<br />
small mammal trapping experience and has assisted in trapping for endangered species<br />
including: giant kangaroo rat, Fresno kangaroo rat, Tipton kangaroo rat, and Buena<br />
Vista Lake shrew. He conducted a rangewide census in Kern, San Luis Obispo and San<br />
Bernito counties for giant kangaroo rat in 2007. Further experience with endangered<br />
species includes surveys for valley elderberry long-horned beetle and spotlight surveys<br />
for San Joaquin kit fox. Colin has performed bird point count surveys in Fresno county<br />
for CA State Parks. He also performed bird point count surveys in Kern county for two<br />
seasons while participating in vegetation classification and sampling, and herpetological<br />
and small mammal surveys as part of a BLM-funded study on biodiversity<br />
.<br />
Colin is a member of the California Native Plant Society and is a member/volunteer for<br />
the Sierra Foothill Conservancy.
H. T. Harvey & Associates Personnel Qualifications<br />
Ethan M. Barnes, M.S.<br />
Plant Ecologist<br />
ebarnes@harveyecology.com<br />
559-476-3185<br />
AREAS OF EXPERTISE<br />
• Rare/endangered plant surveys<br />
• Plant ecology<br />
• Wetland delineation<br />
• Habitat restoration planning/monitoring<br />
• GIS resource mapping/analysis<br />
EDUCATION<br />
• M.S. Forestry, Northern Arizona Univ., 2006<br />
• B.S. Environmental Science (Terrestrial<br />
Ecology emphasis, Biology minor), Western<br />
Washington Univ. 1997<br />
PRIOR PROFESSIONAL EXPERIENCE<br />
• Instructor, Biology, Fresno City College,<br />
2007-2009<br />
• Independent Consultant, 2004-2008<br />
• Biological Science Technician, USDA Forest<br />
Service, 2004<br />
• Botanist, Maxim Technologies, Inc., 2003-<br />
2004<br />
• Botany/GIS Assistant, Bureau of Land<br />
Management, 2002-2003<br />
• Graduate Research Assistant, Northern<br />
Arizona Univ., 1999-2002<br />
• Seasonal Field Botanist, The Nature<br />
Conservancy, 1998-1999<br />
KEY PROJECTS<br />
• California Valley Solar Ranch, Rare Plant<br />
Surveys and Report<br />
• Marine Ocean Terminal Concord Special-<br />
Status Species Survey<br />
• South Bay Salt Marsh Habitat Mapping<br />
• SCE's Tehachapi Renewable Transmission<br />
Project Biological Survey and EIR<br />
• City of Lancaster Flood Control<br />
Retention/Detention Basin EIR<br />
• MET and TLDD Water Treatment Plant<br />
Biological Resources Report<br />
PROFESSIONAL PROFILE<br />
Ethan is a Plant Ecologist in our San Joaquin Valley office, responsible for conducting<br />
special-status plant surveys, classifying and mapping different vegetation cover types,<br />
performing wetland assessments/delineations, and conducting environmental impact<br />
analyses.<br />
Over the last 12 years as a professional botanist, Ethan has conducted surveys for<br />
special-status plant species and their habitats, performed wetland delineations, and<br />
mapped vegetative cover types in a wide variety of plant communities throughout the<br />
United States. He possesses botanical experience in ecosystems in California, Arizona,<br />
Oregon, Washington, Idaho, Colorado, Montana, North Dakota, Texas, Nebraska, and<br />
Florida. Ethan is skilled in data collection and analysis using a wide array of techniques<br />
for quantitative vegetative characterization, toxic metals analysis, long-term monitoring,<br />
marine benthic macrofauna, and hydrologic studies. His botanical and ecological<br />
background gives him the skills needed to determine the potential for a site to support<br />
special-status species.<br />
Prior to joining H. T. Harvey & Associates, Ethan conducted surveys for sensitive<br />
species and noxious weeds and characterized existing conditions on 29,000 acres of<br />
native habitat. He also conducted annual vegetation and hydrology monitoring on<br />
multiple wetland mitigation and restoration projects in Idaho, Oregon, Nebraska, and<br />
Florida. Ethan has applied geographic information system techniques in conjunction<br />
with botanical skills to map potential habitat for sensitive species and vegetative cover<br />
types and delineate focal areas in northern Monterey County for wetland, riparian, and<br />
oak woodland restoration. Ethan’s experience also extends to a wide variety of plant<br />
communities in geographically distinct parts of the western United States, including<br />
mapping 1500 acres of native Rocky Mountain vegetation and delineation of wetlands<br />
for a 10-square mile project in the Boise National Forest.<br />
Since joining our firm, Ethan has performed rare plant surveys, assessed project-related<br />
environmental impacts, , assisted with wetland delineations, and applied geographic<br />
information system techniques to create maps of sensitive habitats and populations. His<br />
surveys have involved inventorying plant species from numerous habitat types including<br />
wetland, grassland, chaparral, oak woodland, desert, halophytic, and anthropogenic<br />
communities. Recently, Ethan has assisted with the Southern California Edison’s<br />
Tehachapi Renewable Transmission Project biological survey in the Antelope Valley,<br />
San Bernardino foothills, and Chino Hills and with the biological survey and preparation<br />
of an environmental impact report for the City of Lancaster Flood Control<br />
Retention/Detention Basin project.
H. T. Harvey & Associates Personnel Qualifications<br />
Catherine L. Roy, M.S.<br />
Field Biologist II<br />
croy@harveyecology.com<br />
408-458-3231<br />
AREAS OF EXPERTISE<br />
• Rare/Endangered Plant Surveys<br />
• Environmental Impact Assessment<br />
(NEPA/CEQA)<br />
• Restoration Ecology<br />
• Permit Preparation and Assistance<br />
PERMITS AND LICENSES HELD<br />
• CDFG Permit to collect State-Designated<br />
Rare, Threatened, or Endangered Plants.<br />
EDUCATION<br />
• M.S. Biological Sciences, California<br />
Polytechnic State University, San Luis<br />
Obispo, CA, 2009.<br />
• B.S. Horticulture, Utah State University,<br />
Logan, UT, 2000.<br />
PRIOR PROFESSIONAL EXPERIENCE<br />
• Restoration Ecologist, Rocky Canyon<br />
Granite Quarry, CPSU Biology Department,<br />
2004-2009.<br />
• Natural Resource Specialist, Bureau of Land<br />
Management, Craig, CO 2001.<br />
• Research Assistant, USU/NASA Crop<br />
Physiology Greenhouse, 1999-2001.<br />
• Field Biologist, USU Fisheries and Wildlife<br />
Department, 1999.<br />
KEY PROJECTS<br />
• California Valley Solar Ranch, Rare Plant<br />
Surveys and Report.<br />
• Marine Ocean Terminal Concord Rare Plant<br />
Surveys.<br />
• South Bay Salt Marsh Habitat Mapping.<br />
• Santa Clara County Stream Management<br />
Plan EIR.<br />
• Oyster Point Business Park and Marina Area<br />
Redevelopment Master Plan EIR.<br />
• Almaden Pedestrian Bridge NES.<br />
• South County Water Recycling Master Plan<br />
Phase I Regulatory Permitting.<br />
PROFESSIONAL PROFILE<br />
Catherine is a Plant Ecologist and botanist at HTH, where she provides technical<br />
expertise related to habitat assessment, rare plant surveys, regulatory permit preparation,<br />
and CEQA compliance. She is familiar with ecological processes and flora found within<br />
a broad range of environmental settings, and finds particular interest in complex<br />
ecological relationships.<br />
Catherine finished her Master’s degree in Biological Sciences in 2009 with emphasis in<br />
plant conservation and restoration ecology from California Polytechnic University<br />
(Calpoly) in San Luis Obispo. Some of her coursework included field botany,<br />
conservation biology, population biology, watershed management, and statistics taught<br />
by experts such as David Keil PhD, and V.L. Holland PhD, her Graduate Advisor.<br />
Field botany and conservation biology courses included extended field trips to the<br />
Carrizo Plain to learn how to identify a wide variety of plant species in the diverse<br />
habitats of the monument and develop a conservation plan considering the many factors<br />
and stake holders that influence conservation planning in that region. Under the<br />
direction of Dr. Holland, she performed rare-plant surveys and vegetation assessments<br />
in grassland, vernal pool, coastal scrub and chaparral habitats for rare plants such as the<br />
San Luis Obispo morning glory (Calystegia subacaulis ssp. episcopalis) and Congdon’s<br />
tarplant (Centromadia parryi ssp. congdonii).<br />
Her research focused on chaparral ecology in the Santa Lucia Mountain Range, studying<br />
how natural regenerative processes such as succession after fire can be applied to help<br />
promote restoration. In addition to her education at Calpoly, she has worked as a<br />
Natural Resource Specialist for the BLM in Colorado where she was responsible for<br />
identifying rare plants and meeting with oil producers and landowners to discuss<br />
vegetation impacts of proposed oil development.<br />
While at HTH Catherine has contributed to several large field studies and reports. She<br />
has completed over 150 hours of protocol level rare-plant surveys on the Carrizo plain<br />
and identified over 200 vascular plant taxa on this project alone. Since she began work<br />
at HTH Catherine has identified and observed 17 special-status plant species in their<br />
native habitats from the Bay Area to the Carrizo Plain. She has prepared numerous<br />
habitat assessments including the use of GPS/GIS technology to create maps of<br />
sensitive habitats and special-status plant populations. Much of her work involves<br />
preparing documents such as Natural Environmental Studies for Caltrans, and permits<br />
for resource agencies such as the Army Corps of Engineers. These reports require the<br />
ability to characterize and describe a diverse range of habitats, assess the likelihood for<br />
the described habitats to support of special-status plants on a project site, and assess<br />
potential impacts to sensitive habitats and plants from proposed activities. Catherine is<br />
passionate about her ecological expertise and enjoys any opportunity to provide<br />
assistance to intricate environmental issues.
H. T. Harvey & Associates Personnel Qualifications<br />
Chris Winchell<br />
Plant Ecologist<br />
cwinchell@harveyecology.com<br />
559-476-3180<br />
AREAS OF EXPERTISE<br />
• Rare/TES plant surveys<br />
• Plant ecology<br />
• Habitat Assessments<br />
EDUCATION<br />
• B.S. Biology, Fresno State Univ., in progress<br />
PRIOR PROFESSIONAL EXPERIENCE<br />
• Biologist, McCormick Biological, 2006-2008<br />
• Botanist, Sequoia Riverlands Trust, 2006<br />
• Botanist, Sierra National Forest, 2005-2008<br />
• Associate Botanist/Biologist, John Stebbins<br />
Biological Consulting, 2004-present<br />
• Botanist, Barbara Leitner Biological<br />
Consulting, 2004-2005<br />
• Botanist/Biologist, Phil Leitner Biological<br />
Consulting, 2005<br />
• Botanist/Biologist, Live Oak Associates,<br />
2005<br />
KEY PROJECTS<br />
• Trilobite Mojave Desert Solar Development<br />
Project Rare Plant Surveys<br />
• SCE's Tehachapi Renewable Transmission<br />
Habitat Mapping and Noxious Weed Survey<br />
• Academy Avenue North, Section 7 Adobe<br />
Sunburst Services mitigation<br />
• City of Lancaster Storm Water Drainage<br />
Improvement project<br />
• PG&E Central Valley HCP Surveys and<br />
Monitoring<br />
PROFESSIONAL PROFILE<br />
Chris is a Plant Ecologist in our San Joaquin Valley office, specializing in special-status<br />
plant surveys and habitat assessments.<br />
Chris has worked as a botanical consultant for numerous projects throughout California.<br />
His professional experience ranges from the southern California deserts, San Joaquin<br />
Valley, central and southern Coast Ranges, to the Sierra Nevada Mountains. In addition<br />
to his extensive background in special-status plant surveys, he has also played a role in<br />
identifying and studying long-term vegetative trends in alkali scrub communities, valley<br />
grassland and wetland habitats, and montane to sub-alpine meadow complexes. Chris<br />
also assisted in the collection of quantitative data for a long-term study on the<br />
phenotypic variance of certain graminoid species in response to varying environmental<br />
conditions.<br />
Chris has conducted numerous special-status species surveys and botanical inventories<br />
throughout California, including Fresno, Inyo, Kern, Kings, Los Angeles, Madera,<br />
Mariposa, Merced, Riverside, San Benito, San Bernardino, San Luis Obispo, Stanislaus,<br />
and Tulare counties. Chris has contributed to numerous local projects including<br />
botanical inventories and sensitive plant species mapping in the Kaweah, Kings, Merced,<br />
and San Joaquin River drainages; botanical inventories in the Sierra National Forest in<br />
Fresno and Madera counties, including surveys and mapping of sensitive plant species,<br />
invasive plant species, and plant species that had been deemed culturally significant; a<br />
biological inventory and assessment of various BLM parcels in the vicinity of the San<br />
Joaquin River Gorge in Fresno and Madera counties, including complete floristic level<br />
surveys, avian surveys, and wildlife surveys; and floristic level surveys conducted at<br />
alpine lakes in Tulare County for Southern California Edison’s Hydroelectric project.<br />
While employed with the Sierra National Forest, Chris gained experience working on a<br />
variety of projects. He has performed vegetation mapping and identified habitats with<br />
the potential for sensitive plant associations, conducted fen delineations in high montane<br />
meadows, and collected and maintained plant specimens for the Forest herbarium. He<br />
has experience conducting range assessments for grazing method revisions, as well as<br />
managing geographic information system data of threatened and endangered plants and<br />
noxious weeds. As a consultant, Chris also conducted wetland delineations and soil core<br />
sampling and implementing quadrat-sampling techniques to evaluate data required to<br />
meet mitigation reclamation performance standards.<br />
In addition to his strong background as a botanist, Chris also has considerable<br />
experience conducting wildlife surveys. For four seasons he conducted protocol surveys<br />
for blunt-nosed leopard lizards and has assisted with protocol surveys for northern<br />
goshawk, burrowing owl, great grey owl, spotted owl, and Mohave ground squirrel. He<br />
also has experience conducting surveys and assessments for Yosemite toad, California<br />
red-legged frog, mountain yellow-legged frog, and foothill yellow-legged frog.<br />
Chris is a member of the California Native Plant Society and is a member/volunteer for<br />
the Sierra Foothill Conservancy.
Christopher M. Bronny, M.S.<br />
Botanist - Biologist - Wetlands Ecologist<br />
Chris with Carol Witham conducting 2008<br />
Orcuttia surveys, Sacramento County,<br />
California.<br />
Certifications<br />
CRAM (California Rapid<br />
Assessment Method) 5-day<br />
Training Workshop for<br />
Riverine and Depressional<br />
Wetlands; June 2009<br />
CNPS Vegetation Rapid<br />
Assessment Protocol<br />
CNPS/CDFG Protocols for Botanic<br />
Surveys<br />
Army Corps of Engineers Wetland<br />
Delineation & Management<br />
Professional Affiliations<br />
California Native Plant Society<br />
Northern California Botanists<br />
Education<br />
B.A. Education (Elmhurst College,<br />
1981)<br />
M.S. Biological Science (Western<br />
Illinois University, 1992)<br />
Christopher Bronny, M.S.<br />
Biological Resources Services<br />
*Botanic and Wildlife Survey<br />
*Wetland Assessments/Delineations<br />
*Permitting/Regulatory Compliance<br />
*Mitigation Monitoring<br />
*GPS/GIS<br />
*Ecological Restoration/Management<br />
1131 Burwick Lane<br />
Folsom, California 95630<br />
chrisbronny@gmail.com<br />
925.330.7202<br />
Biological Resources Services - Providing technical analysis for a variety of<br />
projects throughout California. Maintaining the highest quality work and<br />
research efforts in conducting biological constraints analyses, protocol-level<br />
surveys for special-status plant and wildlife species, wetland assessments<br />
(including habitat functions and values), and wetland delineations (incorporating<br />
the new Arid West protocols).<br />
24 years of successfully employing ecological restoration and management<br />
techniques in a variety of small and large-scale applications for middle-western<br />
prairies and oak savannas. Extensive field experience working with the<br />
California ecodiversity of the San Francisco Bay region, Sierra Nevada foothills,<br />
Great Central Valley, Central Coast, and Southwestern California (coastal sage<br />
scrub communities).<br />
Services include regulatory compliance regarding 404 (Corps), 401 (RWQCB),<br />
1602 (CDFG) permitting, and Biological Assessments (USFWS). Field data<br />
collections incorporate GPS technology (Trimble GEO XT) at project sites for<br />
wetland delineations and biological resource assessments.<br />
PROJECT LINEATION<br />
RARE <strong>PLANT</strong> SURVEYS<br />
2009. Fort Ord. Assisted Burleson Consulting with their annual rare plant<br />
surveys on the 29,000 acre decommissioned Fort Ord army base, located just<br />
north of Monterey. Survey methodologies consisted of transects and sample<br />
quadrants within designated sections for three listed coastal sage scrub species:<br />
sand gilia (Gilia tenuiflora ssp. arenaria), seaside bird’s-beak (Cordylanthus<br />
rigidus ssp. littoralis), and Monterey spineflower (Chorizanthe pungens var.<br />
pungens).<br />
2008. Laguna Creek Enhancement Project. Conducted comprehensive<br />
floristic surveys within vernal pool, seasonal wetland, stream channel, and<br />
upland habitats within the proposed trailside system along Laguna Creek in<br />
southern Sacramento County. Local reference vernal pools containing the<br />
federally endangered Orcutt grasses (Orcuttia tenuis and O. viscida) were<br />
accessed to determine that these species were phenologically evident prior to the<br />
survey.<br />
2007. Jepson Parkway. Lead botanist responsible for conducting rare plant<br />
surveys within proposed alternative routes between Vacaville and Fairfield in<br />
Solano County. Confirmed previous CNDDB records for Contra Costa<br />
goldfields, and documented new occurrences of saline clover, a CNPS List 1B.2<br />
species.<br />
2007. Hunters View. Lead botanist responsible for conducting rare plant survey<br />
within a remnant of serpentine grassland in the City of San Francisco,<br />
recognized as a sensitive natural community type by the CDFG. Developed<br />
avoidance and mitigation measures to reduce impacts, along with recommended<br />
restoration and management measures to increase native biodiversity.<br />
2006. Salmon Falls, El Dorado County. Lead botanist responsible for<br />
conducting rare plant surveys in chaparral habitats potentially supporting<br />
endemic species restricted to unique soil substrates associated with the “Pine Hill<br />
Formation.”
2005-2006. Trigon Line 57c Pipeline Alignment Project, San Joaquin<br />
County. Lead botanist responsible for conducting rare plant surveys along 6.5<br />
mile alignment through various deltaic habitats and agricultural land. Findings<br />
included new CNDDB occurrences for the following vascular plant species:<br />
Mason’s lileaopsis, a state “California Rare” and CNPS List 1B.1 species; rosemallow,<br />
a CNPS List 2.2 species; and Suisun marsh aster, a CNPS List 1B.2<br />
species.<br />
Centromadia parryi ssp. parryi. Specimen<br />
collected and identified by Chris at a San<br />
Mateo County project site (and<br />
subsequently confirmed by Dr. Bruce<br />
Baldwin from the Jepson Herbarium) in<br />
2006; last recorded occurrence in San<br />
Mateo County was in 1921.<br />
2005-2006. Recycled Water Seasonal Storage Environmental Impact<br />
Report, El Dorado Irrigation District, El Dorado County. Provided<br />
comprehensive biological resources services for analysis of the multiple sites,<br />
including floristic surveys. Findings included new CNDDB occurrences for the<br />
following vascular plant species: Brandegee’s clarkia, a CNPS List 1B.2 species<br />
and Sanford's arrowhead, a CNPS List 1B.2 species.<br />
2006. Q-Ranch, JTS Communities, Amador County. Lead botanist<br />
responsible for conducting rare plant surveys in chaparral habitats supporting<br />
endemic species restricted to unique soil substrates associated with the “Ione<br />
Formation.” Findings included a new CNDDB occurrence for Parry's horkelia, a<br />
CNPS List 1B.2 species.<br />
2006. Pacifica Quarry. Lead botanist responsible for conducting rare plant<br />
surveys; worked with Jepson Herbarium in verifying the presence of pappose<br />
tarplant, a CNPS List 1B.2 species, thought to be extirpated from San Mateo<br />
County (last recorded occurrence was in 1921).<br />
Additional projects include:<br />
• Rare plant survey, 57/60 Connector Project, City of Diamond Bar, 2007<br />
• Rare plant survey and habitat assessment, City of Rancho Cucamonga, 2007<br />
• Rare plant surveys, Teichert Aggregates, Sacramento County, 2006<br />
• Rare plant surveys, eBART Corridor Transit Project, Contra Costa County,<br />
2006<br />
BIOLOGICAL RESOURCE ASSESSMENTS<br />
2009. Yuba County Biological Resource Surveys.<br />
Comprehensive biological resource surveys conducted on two large (>300 acre)<br />
parcels in the Sierra Nevada foothills; tasks included a field delineation of<br />
existing wetlands and “other waters”, floristic and wildlife observations, and the<br />
potential for the parcels to support special-status species.<br />
Christopher Bronny, M.S.<br />
Biological Resources Services<br />
*Botanic and Wildlife Surveys<br />
*Wetland Assessments/Delineations<br />
*Permitting/Regulatory Compliance<br />
*Mitigation Monitoring<br />
*GPS/GIS<br />
*Ecological Restoration/Management<br />
1131 Burwick Lane<br />
Folsom, California 95630<br />
chrisbronny@gmail.com<br />
925.330.7202<br />
2008. 16 Critical Erosion Levee Repair Sites (Sacramento River System).<br />
Lead biologist for Parus Consulting in assessing existing environmental<br />
conditions within 16 critical erosion sites for the U.S. Army Corps of Engineers.<br />
Surveys included vegetation classification, tree surveys, and surveys/analysis of<br />
habitat suitability for special-status species, including Swainson's hawk and<br />
valley elderberry longhorn beetle.<br />
2008. I-215/Scott Road Interchange Project, Riverside County.<br />
Lead biologist/wetlands ecologist for Dokken Engineering. Conducted wetland<br />
delineation and assessment of existing environmental conditions within 316 acre<br />
project area along Interstate 215. Results of surveys presented in a<br />
Natural Environment Study produced for Caltrans.<br />
2008. Seismic Retrofit Project - Four Overcrossings – City of Indio,<br />
Riverside County.<br />
Lead biologist/wetlands ecologist for Dokken Engineering to assess existing
environmental conditions at four bridge overcrossing sites in the city of Indio.<br />
Results of surveys presented in four Natural Environment Study (NES); Minimal<br />
Impacts documents.<br />
2006-2007. eBART Corridor Transit Project, Eastern Contra Costa County.<br />
Project involved a comprehensive survey of existing biological resources,<br />
special-status species surveys (including burrowing owl), and wetland<br />
delineation along the proposed 23 mile long corridor; served as lead field<br />
biologist.<br />
Additional projects include:<br />
Bullfrog observed during 2008 protocollevel<br />
surveys conducted for California redlegged<br />
frog; Placer County, California.<br />
• Wetland delineation; Kern River overcrossing, Dokken Engineering<br />
• Biological assessment, rare plant surveys, and wetland delineation, El<br />
Dorado Irrigation District<br />
WILDLIFE STUDIES<br />
2008. Creekside Oaks, City of Granite Bay; Towne Consulting, LLC.<br />
Conducted site assessment and surveys for California red-legged frog following<br />
USFWS 2005 Guidance protocols.<br />
2006. Castle Oaks Estates Fairy Shrimp Surveys, Ione; JTS Communities.<br />
Conducted wetland delineation, wetland values and function assessment,<br />
California red-legged frog habitat assessment, California tiger salamander<br />
habitat assessment, and surveys for vernal pool crustaceans.<br />
Additional projects include:<br />
Christopher Bronny, M.S.<br />
Biological Resources Services<br />
*Botanic and Wildlife Surveys<br />
*Wetland Assessments/Delineations<br />
*Permitting/Regulatory Compliance<br />
*Mitigation Monitoring<br />
*GPS/GIS<br />
*Ecological Restoration/Management<br />
1131 Burwick Lane<br />
Folsom, California 95630<br />
chrisbronny@gmail.com<br />
925.330.7202<br />
• 2008. Special-status species surveys (e.g., valley elderberry longhorn beetle,<br />
Swainson's hawk) for Corps' 16 critical erosion repair sites; Sacramento<br />
River system<br />
• 2008. Elderberry surveys, Dokken Engineering, Tulare County<br />
• 2007. Elderberry surveys, Bear River Levee Repair Project, Yuba County<br />
• 2006. Kit Fox Surveys, San Luis Development Project, Stanislaus County<br />
• 2006. Elderberry surveys, JTS Communities, Amador County<br />
• 2005. Burrowing owl, California tiger salamander, and San Joaquin kit fox<br />
surveys and status report for Pipeline Repair Project, ChevronTexaco KLM,<br />
San Joaquin County<br />
• 2004. California red-legged frog survey, Standard Pacific Homes, Napa<br />
County<br />
• 2004. California clapper rail and black rail surveys for Pipeline Repair<br />
Project, ChevronTexaco BAPL, Contra Costa County<br />
• 2004. California tiger salamander pitfall trapping, seine, and dip-netting<br />
surveys, Bay Point Venture One, Contra Costa County<br />
BIOLOGICAL CONSTRUCTION MONITORING<br />
2008-2009. Highway 65 Self-Storage Project. This project required the<br />
presence of a biological monitor during phased construction activities to avoid<br />
impacts to wetland resources (e.g., vernal pools and swales) as part of the<br />
permitting process.<br />
2005-2006. Pacific Gas and Electric Company Jefferson-Martin<br />
Environmental Inspection, Segments 1 and 5, San Mateo, CA, Opus<br />
Environmental. Pacific Gas and Electric Company constructed a new singlecircuit<br />
230 kV electric transmission line from the Jefferson Substation in San
Publications<br />
One-Two punch: grazing history<br />
and the recovery potential of oak<br />
savannas, Restoration and<br />
Management Notes, Vol. 7, No. 2,<br />
Winter 1989.<br />
Ecotype dilemma: some thoughts<br />
on moderation, Restoration and<br />
Management Notes, Vol. 10, No. 2,<br />
Summer 1992.<br />
Successional restoration of an oak<br />
opening (Illinois), Restoration and<br />
Management Notes, Vol. 10, No. 1,<br />
Summer 1992.<br />
Mateo County to the Martin Substation in Brisbane. Implementation of an<br />
environmental compliance inspection program that included delivery of an<br />
environmental training program and environmental inspection and reporting<br />
during construction was conducted for this project; served as environmental<br />
monitor during construction phasing.<br />
Additional projects include:<br />
• Outfall project for Pacific Union Homes, Teichert Construction<br />
• Pipeline Repair Project Biological Monitor, ChevronTexaco KLM<br />
• Pipeline Repair Project Biological Monitor, ChevronTexaco BAPL<br />
• Line 57c Pipeline, PG&E<br />
PERMITTING/MITIGATION MONITORING<br />
2009. Elverta Specific Plan. Prepared a Wetlands Functions and Value<br />
Assessment as part of the greater project proposal of converting highly degraded<br />
in situ wetland features into higher quality perennial stream corridors and<br />
greenbelts within the proposed Specific Plan area. Analysis included the<br />
interpretation of historic aerial photographs to document physiographic and<br />
anthropogenic changes within the Specific Plan area, as well as evaluation of<br />
selected Wetland Assessment Areas and regional reference wetlands.<br />
2009. Teichert Ponds Habitat Development Plan. Prepared a complete<br />
permitting package – Section 404 (including an Alternatives Analysis), Section<br />
401, and SBAA 1602 – for the city of Chico as lead agency. Project involved<br />
the type conversion of wetland habitats found within formerly mined quarry<br />
ponds into a net gain of habitats having higher wetland functions and values<br />
through a comprehensive restoration and management plan prepared by<br />
Restoration Resources.<br />
2007. San Antonio Spreading Grounds, Three Valleys Municipal Water<br />
District. Developed a comprehensive habitat mitigation and monitoring plan for<br />
addressing temporary impacts to Riversidean Alluvial Fan Sage Scrub (RAFSS),<br />
recognized by the California Department of Fish and Game as a sensitive natural<br />
community type. Developed appropriate seed mixes of RAFSS species,<br />
transplant salvaging techniques, installation/planting guidelines, and postplanting<br />
mitigation and monitoring performance criteria.<br />
Christopher Bronny, M.S.<br />
Biological Resources Services<br />
*Botanic and Wildlife Surveys<br />
*Wetland Assessments/Delineations<br />
*Permitting/RegulatoryCompliance<br />
*Mitigation Monitoring<br />
*GPS/GIS<br />
*Ecological Restoration/Management<br />
1131 Burwick Lane<br />
Folsom, California 95630<br />
chrisbronny@gmail.com<br />
925.330.7202<br />
2006 - Present. Belmont Creek Vegetation Monitoring. Nektar Therapeutics<br />
in San Carlos, California has obtained a 5-year Streambed Alteration Agreement<br />
from CDFG to remove vegetation from within the channel of Belmont Creek to<br />
alleviate drainage problems associated with high-flow events during the rainy<br />
season and to improve site security. The project site is within the known range of<br />
California red-legged frog. Biological monitoring duties include annual WEAP<br />
training to maintenance crews, and to ensure that all conditions of approval<br />
associated with the SAA are met by the biological monitor.<br />
Additional projects include:<br />
• Santa Ana River riparian monitoring and status report, Southern California<br />
Edison<br />
• JTS Communities wetland mitigation and monitoring plan, Castle Oaks<br />
Development, Amador County<br />
• Tule River riparian monitoring project, Tulare County<br />
• Coyote Hills roadway development project, Sacramento County<br />
• Highway 65 self-storage development project, Placer County
CEQA SERVICES<br />
Christopher Bronny, M.S.<br />
Biological Resources Services<br />
*Botanic and Wildlife Surveys<br />
*Wetland Assessments/Delineations<br />
*Permitting/RegulatoryCompliance<br />
*Mitigation Monitoring<br />
*GPS/GIS<br />
*Ecological Restoration/Management<br />
1131 Burwick Lane<br />
Folsom, California 95630<br />
chrisbronny@gmail.com<br />
925.330.7202<br />
Preparation of EIR/IS/MND biological resources sections for the following<br />
projects:<br />
• Lincoln East Specific Plan, Yuba City<br />
• El Dorado Irrigation District EIR, El Dorado County<br />
• Western Aggregates Reclamation Plan Environmental Impact Report, Yuba<br />
County, CA, Western Aggregates, Inc.<br />
• Tesoro Viejo Development, Madera County<br />
• Dantoni Quarry, Yuba County<br />
• Otay Quarry, San Diego County<br />
• Diamond Quarry, El Dorado County<br />
• Hansen Permanente Quarry, Santa Clara County
EDUCATION<br />
Cecile Shohet, M.Sc.<br />
Botanist / Terrestrial Plant Ecologist<br />
Principal, Calypso Consulting, LLC<br />
cshohet@gmail.com<br />
510-604-8201<br />
M.Sc. Botany, Arizona State University, 1999<br />
(Thesis: A demographic and reproductive biology study of a rare plant in the Crassulaceae,<br />
Graptopetalum bartramii)<br />
B.A. Biology, Queens College of the City University of New York, 1989<br />
Post Graduate Work – Lichens and Bryophytes, Southern Oregon University<br />
SUMMARY OF PROFESSIONAL EXPERIENCE<br />
Over ten years of experience in botanical resource management, education, ecological research, and field<br />
inventory/survey work. Worked extensively with the vegetation of Northern California, Southern Oregon, and Arizona;<br />
both for the federal government and in the private sector as sole proprietor of Calypso Consulting. Currently works for<br />
the Jepson Herbarium at the University of California at Berkeley, creating and implementing educational programming<br />
for botanical professionals and enthusiasts.<br />
Awarded multiple federal and local government contracts to conduct rare plant surveys, including surveys of nonvascular<br />
species, on thousands of acres of federal lands in northern California (Sierra) and southern Oregon.<br />
Six years of experience as a botanist for regions 5 and 6, U. S. Forest Service, Lassen and Rogue River-Siskiyou<br />
National Forests. As District Botanist for the Illinois Valley and Galice Ranger Districts, developed and implemented a<br />
complex botanical management program encompassing 500,000 acres of floristically diverse federal lands rich in<br />
serpentine endemic species. The program included extensive inventory and survey work of both vascular and nonvascular<br />
species of concern; supervision of seasonal field crews; resource management of timber, mining, engineering,<br />
recreation, and fuel reduction projects; grant writing (received over $150,000 in grant funding) and subsequent project<br />
implementation.<br />
Implemented and supervised noxious weed program with $50,000 annual budget. As part of the program, supervised<br />
crews and volunteers; development of an off-road vehicle management plan for the Eight Dollar and Days Gulch<br />
botanical areas. Managed ArcGIS based databases of rare species and noxious weeds. Prepared numerous NEPA<br />
documents, including Environmental Impact Statements (EIS) and Environmental Assessments (EA), i.e., the Invasive<br />
Plant Treatment Project EIS for the Gifford Pinchot and Olympic National Forest, and the Columbia River Gorge<br />
National Recreation Area; and, the Invasive Knotweed Environmental Assessment for the Rogue River-Siskiyou<br />
National Forest (team leader and botanist).<br />
SELECT EXPERIENCE<br />
Botanical Consultant, Spring-Summer 2010<br />
URS, San Diego, CA and Wood Biological Consulting, Walnut Creek, CA<br />
• Botanical and Rare Plant Surveys for Stirling Energy Systems, Solar Two Project (6,100 acres), in the following<br />
Vegetation Communities: Sonoran Creosote Bush Scrub and Dry Desert Wash Woodland.<br />
Cecile Shohet Resume, page 1 of 5
Public Education Coordinator, 2008-2010<br />
UC Berkeley, Jepson Herbarium, Berkeley, California<br />
• Develops, organizes, and coordinates the Jepson Herbarium Public Workshop Program. Creates 25-30<br />
multi-day workshops per season, at field sites throughout California and in the laboratory. Provides the<br />
systematic, ecological, floristic, and conservation communities access to specialists across a spectrum of<br />
scientific studies, with an emphasis on botanical taxonomy.<br />
• Plans and develops new programs and curriculum, course topics and locations. Recruits and supervises<br />
qualified instructors.<br />
• Develops, prepares and reconciles program budgets. Negotiates contracts. Supervises caterers, students<br />
and volunteers.<br />
Consulting Botanist, 2008<br />
Rogue River–Siskiyou National Forest, Medford, Oregon<br />
• Awarded a noxious weed contract to survey lands in the SW Oregon Cascades. Surveyed approximately 500<br />
acres. Prepared ArcGIS maps of located target species and drafted detailed ecological reports of project area.<br />
Consulting Botanist, 2007-2008<br />
Roseburg Bureau of Land Management, Roseburg, Oregon<br />
• Awarded a five-year contract with the Roseburg BLM to inventory rare vascular and non-vascular species.<br />
Inventoried approximately 4000 acres in 2007 and 2600 acres in 2008. Senior botanist, coordinated with BLM<br />
staff, hired subcontracting botanists, compiled and submitted documentation.<br />
Consulting Botanist, 2005-2007<br />
Plumas National Forest, Northern Sierra Nevada, California<br />
• Awarded three consecutive contracts with the Plumas National Forest to inventory rare plants and invasive<br />
weeds. Inventoried approximately 11,000 acres of the Mt. Hough Ranger District in 2005; 9,000 acres in<br />
2006; and 7,000 acres of the Beckwourth Ranger District in 2007.<br />
• Served as project coordinator and senior botanist. Hired and supervised a team of 5 botanists.<br />
• Served as data steward for the project. Utilized ArcView to analyze and interpret pre-field natural resource<br />
data (shape files: soil, geology, vegetation type, known rare plant, and invasive weed) from the Plumas<br />
National Forest. Downloaded all GPS files (recreational grade Garmin, and resource grade Trimble) into<br />
Excel and ArcView through the use of GPS Pathfinder Office software. Created ArcView generated maps,<br />
and Excel data tables for final reports.<br />
• Authored the Pre-Survey Report, which included interpretation of ArcView data to map high, moderate, and<br />
low survey priority areas based on likelihood of locating target species. Criteria included soil, moisture,<br />
topography, known invasive and rare plant sites, etc.; timing was based on phenology of individual species.<br />
• Co-authored the Final Report in 2005 and 2006. Report included ecology of project area, ecology of special<br />
interest species, rare plant/invasive weed occurrence forms, complete plant species lists for project area,<br />
and ArcView maps of special interest species locations.<br />
Special Project Botanist (GS-11), 2005-2007<br />
Rogue River-Siskiyou National Forest, Medford, Oregon<br />
• Using ArcGIS, designed Invasive Weed database, and updated Rare Plant database.<br />
• Served as team leader and botanist for the Invasive Knotweed Environmental Assessment.<br />
• Monitored the rare plant Iliamna latibracteata in the Blackberry Timber Sale on the Gold Beach Ranger<br />
District. Inventoried the Blackberry Timber Sale Area for non-vascular plant species, and drafted the<br />
Botanical Biological Evaluation.<br />
Cecile Shohet Resume, page 2 of 5
Botanist (GS-11), 2005-2006<br />
Columbia River Gorge National Scenic Area, Hood River, Oregon<br />
• Served as a Member of an Interdisciplinary Team investigating the efficacy of treatments, including<br />
herbicides, to control invasive weeds in the Olympic and Gifford Pinchot National Forests, and the<br />
Columbia River Gorge National Scenic Area.<br />
• Authored various sections of two Environmental Impact Statements (EIS), including Affected Environment,<br />
Effects Analysis, including cumulative effects, for the Invasive Plant Treatment Project, Olympic National<br />
Forest and Invasive Plant Treatment Project, Gifford Pinchot National Forest, and Columbia River Gorge<br />
National Scenic Area.<br />
Botanist (GS-11), 2005<br />
Stanislaus National Forest, Sonora, California<br />
• Inventoried for Special Meadow Habitats (Fens). Identified associated vascular and non-vascular species<br />
within the fen habitats. Inventory information was used to augment regional surveys of Fen habitat<br />
throughout the Sierra Nevada.<br />
Consulting Botanist, 2005-2006<br />
Illinois Valley Community Response Team, Cave Junction, Oregon<br />
• To implement National Fire Plan goals, conducted botanical surveys on private property in Cave Junction,<br />
Selma, and Wolf Creek, that met NEPA requirements for hazardous fuel reduction projects (for a<br />
community based organization).<br />
• Liaised with landowners to conduct botanical surveys on their property and to discuss fuel reduction goals.<br />
District Botanist (GS-09), 2000–2004<br />
Illinois Valley and Galice Ranger Districts, Rogue River-Siskiyou National Forest, Oregon<br />
• Conducted surveys of over 30,000 acres for Threatened, Endangered, and Sensitive plant species.<br />
Conducted Survey and Manage of non-vascular bryophyte, lichen, and fungi species on federal lands.<br />
• Authored over 30 Biological Evaluations and Specialist’s Reports. Evaluations and reports outlined survey<br />
results and made recommendations for the preservation and management of rare and sensitive plant<br />
species; where appropriate, outlined mitigation measures.<br />
• Served on numerous interdisciplinary teams for US Forest Service projects, advocating for botanical<br />
management concerns. Worked with a team to formulate proposed actions and identify botanical issues<br />
and opportunities. Described existing and desired future conditions as part of project planning.<br />
• Served as the Interdisciplinary Team Leader for the controversial (potential herbicide use) Onion Camp<br />
Spotted Knapweed Control Project. Managed all aspects of the project from initial proposed action to the<br />
environmental assessment (principle author). Conducted public meetings and field trips.<br />
• Obtained over $100,000 in grant funding from Resource Advisory Committee, Josephine County and<br />
Region 6, USDA Forest Service, Special Projects Funds to fund invasive species control.<br />
• Assisted with the design and managed the implementation of a research contract to document the effects<br />
of the 2002 Biscuit Fire to serpentine Darlingtonia fens in southwestern Oregon and associated vegetation<br />
and rare plant taxa. Acquired baseline population data, installed permanent plots and transects, gathered<br />
demographic data, and compared and contrasted general vegetation trends, and effects to 5 rare fenassociated<br />
species in burned versus non-burned fens.<br />
• Obtained over $20,000 in grant funding from the Resource Advisory Committee to manage off-road vehicle<br />
use in the Eight Dollar and Day’s Gulch Botanical Areas.<br />
Cecile Shohet Resume, page 3 of 5
• Obtained over $10,000 in grant funding from the Resource Advisory Committee, Josephine County to use<br />
prescribed fire as a management tool for Darlingtonia fens affected by encroaching vegetation.<br />
Seasonal Botanist (GS-07), 2000<br />
Lassen National Forest, Susanville, California<br />
• Conducted surveys on several thousand acres of Lassen National Forest land for rare species of concern.<br />
Organized and maintained project files. Assisted in the preparation of biological evaluations.<br />
Botanist, 2000<br />
Lady Bird Johnson Wildflower Center, Austin, Texas<br />
• Established a herbarium. Collected, pressed, and mounted plants, identified specimens, ordered supplies,<br />
and trained volunteers.<br />
TEACHING EXPERIENCE<br />
Instructor, Summer Program 2001, 2003, 2005<br />
Siskiyou Field Institute, Selma, Oregon<br />
• Taught one and two day field courses: Shrubs of the Klamath-Siskiyou, Serpentine Plant Ecology, and<br />
Serpentine Plant Communities: Savannah, Fen and Rock Outcrops.<br />
Instructor, Summers of 2001, 2002, 2003, and 2004<br />
Oregon Native Plant Society and Siskiyou Regional Education Project,<br />
Ashland and Takilma, Oregon<br />
• Led botanical identification and ecology field trips for the general public.<br />
Adjunct Professor, 2000<br />
Austin Community College, Austin, Texas<br />
• Taught biology and anatomy lecture and lab courses.<br />
Teaching Assistant, 1996-1999<br />
Arizona State University, Tempe, Arizona<br />
• Taught the laboratory portion of: Plant Anatomy, Flora of Arizona, General Biology I & II, and Plants and<br />
Man.<br />
High School Principal; Teacher, 1994-1995<br />
Petrolia High School, Petrolia, California<br />
• Led a small, alternative, college preparatory boarding school geared toward environmentally sustainable<br />
living; taught math and earth science courses; co-led six week trip to rural Mexico.<br />
Park Ranger, 1993-1994<br />
New York, New York<br />
• Designed and conducted environmental education programs for schools, organizations, and the general<br />
public for the New York City parks department.<br />
PUBLICATIONS, REPORTS, AND CONFERENCE PRESENTATIONS<br />
2007. Environmental Assessment, Invasive Knotweed Project, Rogue River-Siskiyou National Forest.<br />
Cecile Shohet Resume, page 4 of 5
2006. Draft Environmental Impact Statement, Invasive Plant Treatment Project, Olympic National Forest.<br />
2006. Draft Environmental Impact Statement, Invasive Plant Treatment Project, Gifford Pinchot National Forest and<br />
Columbia River Gorge National Scenic Area.<br />
2005. Jimmy Kagan, Lisa Hoover, Mark Mousseaux, and Cecile Shohet. Conservation Agreement for Hastingsia<br />
bracteosa, H. atropurpurea, Gentiana sertigera, Epilobium oreganum, and Viola primulifolia var. occidentalis and<br />
serpentine Darlingtonia fens and wetlands from southwestern Oregon and northwestern California.<br />
2004. Onion Camp Spotted Knapweed Control Environmental Assessment. On file at the Illinois Valley Ranger<br />
District, Rogue River-Siskiyou National Forest.<br />
2003. Rolle, Wayne and Cecile Shohet. Biscuit Fire: Vegetation Changes and Post-Fire Rehabilitation. U.S. Forest<br />
Service. Rogue River-Siskiyou National Forest. Presentation at the “Native Plant Restoration and Management on<br />
Public Lands in the Pacific Northwest” conference in Corvallis, Oregon; and “Second Conference on Klamath-<br />
Siskiyou Ecology”, in Cave Junction, Oregon.<br />
2003. Voice of the Wild Siskiyou, a Publication of the Siskiyou Regional Education Project, “Weeds Invade the<br />
Siskiyou”.<br />
1996. Szarek, Stan, B. Driscoll, C. Shohet, S. Priebe. Bulbil Production in Agave (Agavaceae) and related genera.<br />
Southwestern Naturalist 41(4) 465-469.<br />
REFERENCES<br />
Jim Belsher, District Botanist, Mt. Hough Ranger District, Plumas National Forest, Quincy, California (530) 283-<br />
7657<br />
Rochelle Desser, NEPA Coordinator, USDA Forest Service, TEAMS Enterprise Unit, Cave Junction, Oregon (559)<br />
359-8114.<br />
Staci Markos, Project Manager, Jepson Herbarium, UC Berkeley, Berkeley, California (510) 643-7008<br />
Wayne Rolle, Forest Botanist, Rogue River-Siskiyou National Forest, Supervisor’s Office, Medford, Oregon (541)<br />
618-2056<br />
Michael Wood, Wood Biological Consulting, Walnut Creek, CA (925) 899-1282<br />
Cecile Shohet Resume, page 5 of 5
Kyle Christie, M.S.<br />
38 Pine Cone Drive<br />
Flagstaff, AZ 86001<br />
(928) 699-8410<br />
kylechristie1@hotmail.com<br />
EDUCATION<br />
Northern Arizona University, Flagstaff, AZ May 2006<br />
Master of Science with Distinction. Major: Biology<br />
Thesis: Vascular Flora and Floristic Analysis of the Lower San Francisco<br />
Volcanic Field, Coconino Co., AZ<br />
Biology Department Best Master's Thesis of 2007<br />
Colorado College, Colorado Springs, CO May 2001<br />
<br />
<br />
Bachelor of Arts. Major: Biology<br />
Merriam G. Hartwell Award for Excellence in the Classics<br />
EXPERIENCE<br />
Botanist/Crew Leader, Northern Arizona University, Flagstaff, AZ<br />
Fall 2007 - Present<br />
<br />
<br />
<br />
Conducted backcountry vegetation surveys for the USGS-NPS Vegetation<br />
Classification and Mapping Project at Grand Canyon National Park<br />
Directed the daily operations of an 8-person field crew<br />
Identified rare, invasive, and special status plants in the field<br />
Consulting Botanist, E 2 M, Englewood, CO Spring - Summer 2007<br />
<br />
<br />
<br />
Conducted backcountry vegetation surveys for the USGS-NPS Vegetation<br />
Classification and Mapping Project at Grand Canyon National Park<br />
Established study plots and identified vegetation to the plant association<br />
level following National Vegetation Classification System protocols<br />
Identified unknown plants using taxonomic keys; made numerous herbarium collections<br />
Botany Technician, United States Geologic Survey, Flagstaff, AZ Fall 2006<br />
<br />
<br />
Conducted an accuracy assessment survey for the USGS-NPS Vegetation<br />
Classification and Mapping Project at Petrified Forest National Park<br />
Identified plant communities to the association level; gathered environmental,<br />
geologic, and soil data from predefined study sites<br />
Botany Technician, Colorado Natural Heritage Program, Fort Collins, CO Summer 2006<br />
<br />
<br />
Conducted backcountry vegetation surveys for the USGS-NPS Vegetation<br />
Classification and Mapping Project at Great Sand Dunes National Park<br />
Navigated with topographic maps, compass, and GPS to remote study site locations<br />
Database Assistant, Southwest Rare Plant Task Force, Flagstaff, AZ Spring 2006<br />
<br />
Collaborated with NatureServe database managers to create a list of rare plant<br />
species (G1/G2, S1/S2) in the southwestern United States for a regional conference
Teaching Assistant, Northern Arizona University, Flagstaff, AZ Fall 2004 - Spring 2006<br />
<br />
<br />
<br />
Laboratory instructor for Biology 415: Plant Taxonomy (1 semester)<br />
Field instructor for Biology 414: Native Plants of Arizona (1 semester)<br />
Laboratory instructor for Biology 181: The Unity of Life (2 semesters)<br />
Consulting Botanist, National Park Service, Flagstaff AZ Summer 2005<br />
<br />
<br />
Collaborated on the Herbarium Specimen Verification and Databasing<br />
Project for the Southern Colorado Plateau National Parks<br />
Verified taxonomy and maintained herbaria databases in MS Access<br />
Consulting Botanist, Navajo Natural Heritage Program, Window Rock, AZ Summer 2004<br />
<br />
<br />
<br />
Conducted rare plant surveys for Erigeron rhizomatus; a federally-listed plant species;<br />
discovered 10 new populations of the species<br />
Conducted spatial habitat modeling in ArcGIS to identify additional inventory areas<br />
Submitted a final status report to the United States Fish and Wildlife Service<br />
GIS Technician, United States Geologic Survey, Flagstaff, AZ Spring 2004<br />
<br />
<br />
Constructed a digital map of vegetation associations along the Colorado River<br />
corridor of Grand Canyon National Park using ArcGIS<br />
Assessed map accuracy/ground-truthed vegetation polygons in the field<br />
Curatorial Assistant, Deaver Herbarium, NAU, Flagstaff AZ Spring 2004<br />
<br />
Verified the taxonomy of plant specimens at the Deaver Herbarium<br />
Teaching Assistant, Northern Arizona University, Flagstaff, AZ Fall 2003<br />
<br />
Assistant field instructor for Biology 414: Native Plants of Arizona (1 semester)<br />
Botanist, Ecological Restoration Institute, Flagstaff, AZ Summer 2003 - Fall 2003<br />
<br />
<br />
Identified plants in the field for various ecological studies and field surveys<br />
Contributed to the local field guide: Plants of Northern Arizona Forests<br />
Research Technician, Northern Arizona University, Flagstaff, AZ Fall 2002 - Spring 2003<br />
<br />
<br />
Assessed ecosystem-level processes and nutrient cycling across a volcanic chronosequence<br />
Supported all aspects of field and laboratory work including: experimental<br />
design, field data collection, chemical analysis, and data management<br />
PUBLICATIONS<br />
K. Christie. 2009 (in preparation). Vegetation dynamics and floristic patterns<br />
across a semi-arid volcanic chronosequence in northern Arizona.<br />
K. Christie. 2009 (in press). Phytogeography and floristics of Pinyon-Juniper<br />
woodlands in northern Arizona . Western North American Naturalist.<br />
K. Christie. 2008. Vascular flora of the lower San Francisco Volcanic<br />
Field, Coconino County, Arizona. Madroño 55(1): 1-14.<br />
K. Christie. 2006. Noteworthy Collections - Arizona. Madroño 53(4): 409.<br />
K. Christie, M. Currie, L.S. Davis, M. Hill, S. Neal, and T. Ayers. 2006.<br />
Vascular Plants of Arizona: Rhamnaceae (Buckthorn Family). Canotia 2(1): 23-46.
MEDICAL TRAINING<br />
Wilderness First Responder, WMI Certification, January 2007<br />
REFERENCES<br />
<br />
<br />
Dr. Tina Ayers, Professor, Northern Arizona University, (928) 523-9482, tina.ayers@nau.edu<br />
Dr. Michael Kearsley, Vegetation Mapping Project Coordinator, Grand Canyon National Park,<br />
(928) 226-0178, michael_kearsley@nps.gov<br />
Daniela Roth, Botanist, Navajo Nation Natural Heritage Program, (928) 523-8445,<br />
navajoplants@hotmail.com<br />
Judy Springer, Research Specialist, Ecological Restoration Institute, (928) 523-7752,<br />
judith.springer@nau.edu
APPENDIX C.<br />
TEAM LEADER DATA FORMS FOR 2010 RARE <strong>PLANT</strong> SURVEYS<br />
CVSR 2010 Special-status Plant Survey<br />
Final Report<br />
C-1<br />
H. T. Harvey & Associates<br />
18 November 2010
APPENDIX D.<br />
TES DATA FORMS (<strong>PLANT</strong> LISTS) FOR 2010 RARE <strong>PLANT</strong> SURVEYS<br />
CVSR 2010 Special-status Plant Survey<br />
Final Report<br />
D-1<br />
H. T. Harvey & Associates<br />
18 November 2010