uc white mountain research station brings gloria to the white mountains upper summit area (within 5...

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UC White Mountain Research Station brings GLORIA to the White Mountains Upper summit area (within 5 vertical m of summit point) Lower summit area (between 5 and 10 vertical meters from summit point) This picture shows the SEupper and SElower sections. In collaboration with the USDA Forest Service Pacific Southwest Research Station and the California Native Plant Society, the University of California White Mountain Research Station established GLORIA monitoring sites on four summits in the White Mountains of Eastern California in August 2004. The GLORIA (Global Observation Research Initiative in Alpine Environments: www.gloria.ac.at) project is a worldwide initiative to monitor climate effects on alpine peaks. The lower three GLORIA summits in the White Mountains consist of granitic rock, and range from 3240 m to 3975 m in elevation; the upper summit is metavolcanic rock on the shoulder of White Mountain Peak at 4285 m. For each summit we followed the GLORIA sampling design and recorded baseline data on plant species composition, cover, and frequency. Permanent monitoring plots were set up, and dataloggers installed to measure soil temperature. Measurements are to be repeated every five years in perpetuity. We also hope to establish a GLORIA “Master Site” in the White Mountains, in which the standard GLORIA protocol would be augmented with additional transects and sampling protocols, and with expanded scope to include animal taxa. For example, we hope to use modified protocols on a parallel summit transect on the Reed Dolomite (carbonate) substrate common in the White Mountains. We may also remeasure the GLORIA summits using alternative sampling protocols to facilitate comparison with other monitoring efforts. GLORIA Alpine Monitoring in the White Mountains, Eastern California Species occurrences at the four GLORIA sites. The GLORIA summit ID codes and numbers in the table below locate the summits on the maps and photos to the right. Detailed analyses of occurrences with regard to aspect and elevation and comparisons with other summit areas are in progress. A 1 B 2 3 C 4 View to the NW of the GLORIA summits region in the White Mountains. The distance from site 4 to site 1 is approximately 18 km. Researchers from the PSW Research Station and California Native Plant Society volunteers eat lunch at GLORIA site 2. GLORIA Site 1 is seen in background. View to Southeast from GLORIA site 1. GLORIA site 3 is visible in the middleground. 3 WMRS Barcroft Station (B) in winter WMRS Summit lab (A) The GLORIA protocol In each GLORIA region three or more summits are selected along an elevation gradient. They must have similar substrates and share as many other physiographic attributes as possible. The maps and photos to the right show the four GLORIA summit sites in the White Mountains. On each summit, plots are centered around a permanently marked “highest summit point.” Areas within 5 and 10 vertical m below summit point are marked as Upper and Lower summit areas, respectively. Upper and Lower summit areas are each divided into 4 aspect sections giving a grand total of 8 sections. Within each section, plant species are identified and percent cover estimated. For fine-scale sampling, four 3x3 m quadrat clusters are created, one in each cardinal direction. The four corner quadrats are sampled within each cluster using a decimeter grid. A temperature datalogger is buried 10 cm deep in each quadrat cluser to record hourly soil temperature. All data are submitted via the GLORIA website to a central database. Quadrat cluster 1 White Mountain Research Station, Bishop, CA 2 US Geological Survey, Bishop, CA 3 CalFlora, 937 San Pablo Ave, Albany, CA 94706, 510-528-5426 4 USDA Forest Service, PSW Research Station, Box 245, Berkeley, CA 94701 5 University of California, Davis, CA Frank L. Powell 1 John T. Smiley 1 Daniel W. Pritchett 1 Angela Jayko 2 Ann Dennis 3 Constance I. Millar 4 Kathren E. Murrell 5 Rationale for GLORIA Abundant data suggest the biosphere is undergoing rapid climate warming and change which may continue indefinitely. Ecosystems of the alpine life zone are thought to be particularly sensitive to warming because they are adapted to low temperature conditions. The alpine life zone is the only terrestrial biogeographic unit with a global distribution, and in many countries high mountain ecosystems have experienced less anthropogenic disturbance than those at lower elevations. For these reasons, the alpine zone presents a unique opportunity for monitoring and analyzing impacts of climate change on a global scale. There are currently 29 established GLORIA summit monitoring regions on 5 continents, with many more planned. WMRS Crooked Creek Station (C) 1 1 B 2 3 C 4 A D # sum m its H erbs SHF (4) RNA (3) BAR (2) WMT (1) A ntennaria rosea 1 1 A rabis inyoensis 1 1 2 A renaria kingii var. glabrescens 1 1 Astragalus platytropis 1 1 2 A thyrium alpestre var. americanum 1 1 C alyptridium roseum 1 1 C alyptridium umbellatum var. caudiciferum 1 1 C henopodium dessicatum 1 1 C henopodium foliosum 1 1 C ryptantha confertiflora 1 1 2 Descurania californica 1 1 Draba oligosperma var. oligosperma 1 1 2 Draba densifolia ? E rigeron compositus 1 1 2 E rigeron pygmaeus 1 1 2 E rigeron vagus 1 1 E riogonum gracilipes 1 1 E riogonum shockleyi var. S hockleyi 1 1 Heuchera duranii 1 1 Hieracium horridum 1 1 Hulsea algida 1 1 1 3 Phacelia hastata var. compacta 1 1 P hlox condensata 1 1 2 P olemonium chartaceum 1 1 P otentilla pseudosericea 1 1 2 P yrrocoma apargioides 1 1 S elaginella watsonii 1 1 S ilene sargentii 1 1 T rifolium andersonii var. beatleyae 1 1 1 Gram inoids A chnatherum hymenoides 1 1 A chnatherum occidentalis ssp. californicum 1 1 A chnatherum pinetorum 1 1 2 C alamagrostis purpurescens 1 1 2 C arex eleocharis 1 1 2 C arex microptera 1 1 C arex rossii 1 1 1 3 E lymus elymoides ssp. californicus 1 1 1 1 4 Elymusx Leymus elymoides/cinereus 1 1 Festuca brachyphylla ssp. breviculmis 1 1 1 1 4 Festuca kingii 1 1 Festuca saximontana var. pupusiana 1 1 2 Koeleria macrantha 1 1 1 3 Muhlenbergia richardsonis 1 1 2 P oa cusickii ssp. epilis 1 1 2 P oa fendleriana ssp. longiligula 1 1 2 P oa keckii 1 1 Poa letterm anii 1 1 Poa secunda 1 1 Shrubs A rtemisia arbuscula 1 1 A rtemisia tridentata ssp. vaseyana 1 1 C hamaebatiaria millefolium 1 1 C hrysothamnus viscidiflorus ssp. viscidiflorus 1 1 1 3 Holodiscus microphyllus var. microphyllus 1 1 Leptodactylon pungens 1 1 1 3 R ibes cereum 1 1 1 3 G LO R IA Sum m itID: Taxon LEGEND 1: WMT GLORIA site (4285 m) 2: BAR GLORIA Site (3975 m) 3: RNA GLORIA site (3722 m) 4: SHF GLORIA site (3258 m) A: WMRS Summit Lab (4342 m) B: WMRS Barcroft Station (3801 m) C: WMRS Crooked Creek Station (3094 m) D: WMRS Owens Valley Lab (1252 m)

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Page 1: UC White Mountain Research Station brings GLORIA to the White Mountains Upper summit area (within 5 vertical m of summit point) Lower summit area (between

UC White Mountain Research Station brings GLORIA to the White Mountains

Upper summit area (within 5 vertical m of summit point)

Lower summit area (between 5 and 10 vertical meters from summit point)

This picture shows the SEupper and SElower sections.

In collaboration with the USDA Forest Service Pacific Southwest Research Station and the California Native Plant Society, the University of California White Mountain Research Station established GLORIA monitoring sites on four summits in the White Mountains of Eastern California in August 2004. The GLORIA (Global Observation Research Initiative in Alpine Environments: www.gloria.ac.at) project is a worldwide initiative to monitor climate effects on alpine peaks. The lower three GLORIA summits in the White Mountains consist of granitic rock, and range from 3240 m to 3975 m in elevation; the upper summit is metavolcanic rock on the shoulder of White Mountain Peak at 4285 m. For each summit we followed the GLORIA sampling design and recorded baseline data on plant species composition, cover, and frequency. Permanent monitoring plots were set up, and dataloggers installed to measure soil temperature. Measurements are to be repeated every five years in perpetuity. We also hope to establish a GLORIA “Master Site” in the White Mountains, in which the standard GLORIA protocol would be augmented with additional transects and sampling protocols, and with expanded scope to include animal taxa. For example, we hope to use modified protocols on a parallel summit transect on the Reed Dolomite (carbonate) substrate common in the White Mountains. We may also remeasure the GLORIA summits using alternative sampling protocols to facilitate comparison with other monitoring efforts.

GLORIA Alpine Monitoring in the White Mountains, Eastern California

Species occurrences at the four GLORIA sites. The GLORIA summit ID codes and numbers in the table below locate the summits on the maps and photos to the right. Detailed analyses of occurrences with regard to aspect and elevation and comparisons with other summit areas are in progress.

A 1

B2

3

C4

View to the NW of the GLORIA summits region in the White Mountains. The distance from site 4 to site 1 is approximately 18 km.

Researchers from the PSW Research Station and California Native Plant Society volunteers eat lunch at GLORIA site 2. GLORIA Site 1 is seen in background.

View to Southeast from GLORIA site 1. GLORIA site 3 is visible in the middleground.

3

WMRS Barcroft Station (B) in winter

WMRS Summit lab (A)

The GLORIA protocolIn each GLORIA region three or more summits are selected along an elevation gradient. They must have similar substrates and share as many other physiographic attributes as possible. The maps and photos to the right show the four GLORIA summit sites in the White Mountains. On each summit, plots are centered around a permanently marked “highest summit point.” Areas within 5 and 10 vertical m below summit point are marked as Upper and Lower summit areas, respectively. Upper and Lower summit areas are each divided into 4 aspect sections giving a grand total of 8 sections. Within each section, plant species are identified and percent cover estimated. For fine-scale sampling, four 3x3 m quadrat clusters are created, one in each cardinal direction. The four corner quadrats are sampled within each cluster using a decimeter grid. A temperature datalogger is buried 10 cm deep in each quadrat cluser to record hourly soil temperature. All data are submitted via the GLORIA website to a central database.

Quadrat cluster

1White Mountain Research Station, Bishop, CA2US Geological Survey, Bishop, CA3CalFlora, 937 San Pablo Ave, Albany, CA 94706, 510-528-54264USDA Forest Service, PSW Research Station, Box 245, Berkeley, CA 947015University of California, Davis, CA

Frank L. Powell1 John T. Smiley1 Daniel W. Pritchett1 Angela Jayko2 Ann Dennis3 Constance I. Millar4 Kathren E. Murrell5

Rationale for GLORIAAbundant data suggest the biosphere is undergoing rapid climate warming and change which may continue indefinitely. Ecosystems of the alpine life zone are thought to be particularly sensitive to warming because they are adapted to low temperature conditions. The alpine life zone is the only terrestrial biogeographic unit with a global distribution, and in many countries high mountain ecosystems have experienced less anthropogenic disturbance than those at lower elevations. For these reasons, the alpine zone presents a unique opportunity for monitoring and analyzing impacts of climate change on a global scale. There are currently 29 established GLORIA summit monitoring regions on 5 continents, with many more planned.

WMRS Crooked Creek Station (C)

1

1

B23

C4

A

D

# summitsHerbs SHF

(4)RNA (3)

BAR (2)

WMT (1)

Antennaria rosea 1 1Arabis inyoensis 1 1 2Arenaria kingii var. glabrescens 1 1Astragalus platytropis 1 1 2Athyrium alpestre var. americanum 1 1Calyptridium roseum 1 1Calyptridium umbellatum var. caudiciferum 1 1Chenopodium dessicatum 1 1Chenopodium foliosum 1 1Cryptantha confertiflora 1 1 2Descurania californica 1 1Draba oligosperma var. oligosperma 1 1 2Draba densifolia ? Erigeron compositus 1 1 2Erigeron pygmaeus 1 1 2Erigeron vagus 1 1Eriogonum gracilipes 1 1Eriogonum shockleyi var. Shockleyi 1 1Heuchera duranii 1 1Hieracium horridum 1 1Hulsea algida 1 1 1 3Phacelia hastata var. compacta 1 1Phlox condensata 1 1 2Polemonium chartaceum 1 1Potentilla pseudosericea 1 1 2Pyrrocoma apargioides 1 1Selaginella watsonii 1 1Silene sargentii 1 1Trifolium andersonii var. beatleyae 1 1 1GraminoidsAchnatherum hymenoides 1 1Achnatherum occidentalis ssp. californicum 1 1Achnatherum pinetorum 1 1 2Calamagrostis purpurescens 1 1 2Carex eleocharis 1 1 2Carex microptera 1 1Carex rossii 1 1 1 3Elymus elymoides ssp. californicus 1 1 1 1 4Elymusx Leymus elymoides/cinereus 1 1Festuca brachyphylla ssp. breviculmis 1 1 1 1 4Festuca kingii 1 1Festuca saximontana var. pupusiana 1 1 2Koeleria macrantha 1 1 1 3Muhlenbergia richardsonis 1 1 2Poa cusickii ssp. epilis 1 1 2Poa fendleriana ssp. longiligula 1 1 2Poa keckii 1 1Poa lettermanii 1 1Poa secunda 1 1ShrubsArtemisia arbuscula 1 1Artemisia tridentata ssp. vaseyana 1 1Chamaebatiaria millefolium 1 1Chrysothamnus viscidiflorus ssp. viscidiflorus 1 1 1 3Holodiscus microphyllus var. microphyllus 1 1Leptodactylon pungens 1 1 1 3Ribes cereum 1 1 1 3

GLORIA Summit ID: Taxon

LEGEND

1: WMT GLORIA site (4285 m)

2: BAR GLORIA Site (3975 m)

3: RNA GLORIA site (3722 m)

4: SHF GLORIA site (3258 m)

A: WMRS Summit Lab (4342 m)

B: WMRS Barcroft Station (3801 m)

C: WMRS Crooked Creek Station (3094 m)

D: WMRS Owens Valley Lab (1252 m)