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File PS document FWS-Adaptation Reporting - xls - on Workshops
This is a FWS reporting template (xls) used by all regions of the FWS to their LCCs on reporting any "Adaptation Workshops."
Located in Cooperative / … / AppLCC-NALCC_reporting_coord / Climate and Nat'l Adaptation Reporting
File Troff document Historic-Reference_CC-HighPerformGoalAction - draft
This appears to be an early (2011-2012) draft to guide DOI reporting under the Climate Change activities: Vulnerability Assessment, Strategies, Data Collection etc. Provides a glossary/definitions of term section.
Located in Cooperative / … / AppLCC-NALCC_reporting_coord / Climate and Nat'l Adaptation Reporting
File CC-AdaptationActivities - Guidance
DOI required annual reporting as part of an Executive Order on "Climate Change Adaptation Activities." Each FWS operating unit, including LCCs, report to the FWS and rolls-up to DOI reporting under the EO.
Located in Cooperative / … / AppLCC-NALCC_reporting_coord / Climate and Nat'l Adaptation Reporting
File CC-AdaptationActivities - Template 1
DOI required annual reporting as part of an Executive Order on "Climate Change Adaptation Activities." Each FWS operating unit, including LCCs, report to the FWS and rolls-up to DOI reporting under the EO.
Located in Cooperative / … / AppLCC-NALCC_reporting_coord / Climate and Nat'l Adaptation Reporting
File CC-AdaptationActivities - Template 2
DOI required annual reporting as part of an Executive Order on "Climate Change Adaptation Activities." Each FWS operating unit, including LCCs, report to the FWS and rolls-up to DOI reporting under the EO.
Located in Cooperative / … / AppLCC-NALCC_reporting_coord / Climate and Nat'l Adaptation Reporting
File CC-AdaptationActivities-EO - signed DOI file
DOI required annual reporting as part of an Executive Order on "Climate Change Adaptation Activities." Each FWS operating unit, including LCCs, report to the FWS and rolls-up to DOI reporting under the EO.
Located in Cooperative / … / AppLCC-NALCC_reporting_coord / Climate and Nat'l Adaptation Reporting
File chemical/x-pdb NFWPCAS - AppLCC alignment
This is a communication (i.e., not a required report - so each individual LCC communicated independently so no required reporting requirement at this (FY14) point.)
Located in Cooperative / … / AppLCC-NALCC_reporting_coord / Climate and Nat'l Adaptation Reporting
Relevant reprints
As referenced in Ben Letcher's 2014 Presentation Slides (partial list)
Located in News & Events / … / Brook Trout and Stream Temperature Workshop Information / Resource Materials: Reprints
2014 Lecture: Forecasting changes in stream flow, temperature, and salmonid populations in Eastern U.S. as a result of climate change
Ben Letcher
Located in News & Events / … / Brook Trout and Stream Temperature Workshop Information / Resource Materials: Presentations
Paired stream-air temperature measurements reveal fine-scale thermal heterogeneity within headwater brook trout stream networks.
Authors: Y. Kanno,J. C. Vokoun and B. H. Letcher Keywords: climate change;fish conservation;groundwater;Salmonidae;stream discharge;water temperature ABSTRACT Previous studies of climate change impacts on stream fish distributions commonly project the potential patterns of habitat loss and fragmentation due to elevated stream temperatures at a broad spatial scale (e.g. across regions or an entire species range). However, these studies may overlook potential heterogeneity in climate change vulnerability within local stream networks. We examined fine-scale stream temperature patterns in two headwater brook trout Salvelinus fontinalis stream networks (7.7 and 4.4 km) in Connecticut, USA, by placing a combined total of 36 pairs of stream and air temperature loggers that were approximately 300 m apart from each other. Data were collected hourly from March to October 2010. The summer of 2010 was hot (the second hottest on record) and had well below average precipitation, but stream temperature was comparable with those of previous 2 years because streamflow was dominated by groundwater during base-flow conditions. Nonlinear regression models revealed stream temperature variation within local stream networks, particularly during warmest hours of the day (i.e. late afternoon to evening) during summer. Thermal variability was primarily observed between stream segments, versus within a stream segment (i.e. from confluence to confluence). Several cold tributaries were identified in which stream temperature was much less responsive to air temperature. Our findings suggested that regional models of stream temperature would not fully capture thermal variation at the local scale and may misrepresent thermal resilience of stream networks. Groundwater appeared to play a major role in creating the fine-scale spatial thermal variation, and characterizing this thermal variation is needed for assessing climate change impacts on headwater species accurately.
Located in News & Events / … / Brook Trout and Stream Temperature Workshop Information / Resource Materials: Reprints