August 30, 2021
Influence of Forest Thinning on Landscape Pattern of Arthropod Diversity in Headwater Riparian Zones
Project ID: HAF023F02 [project-data-part-1] Initial Funding: $40,285 Total Funding: $80,420 [project-data-part-2] Abstract: The primary question this research seeks to answer is: Does moderate thinning (with or without gaps) affect the total density, species richness, and biomass of ground dwelling terrestrial arthropods adjacent to headwater streams?
Locating and Protecting Tree Vole Sites
Project ID: HAF023F03 [project-data-part-1] Initial Funding: $133,475 Total Funding: $133,475 [project-data-part-2] Abstract: Identifying daily and seasonal activity patterns and movements of Red Tree Voles. The NFP is designed to provide habitat for late-successional forest species such as the red tree vole and at the same time provide commodity outputs for social and economic benefits. To…
Evaluate and Complete the Element Global Rankings (EGRs) and Element State Rankings (ESRs) for all the Survey and Manage (S&M) species in the 2001 S&M Record of Decision (ROD) for Oregon, Washington and California.
Project ID: HAF033F04 [project-data-part-1] Initial Funding: $140,000 Total Funding: $142,000 [project-data-part-2] Abstract: The Oregon BLM has a need to have the S&M species that are listed in the 2001 ROD for the Amendments to the Survey and Manage, Protection Buffer, and other Mitigation Measures Standards and Guidelines for the Northwest Forest Plan analyzed for EGR…
Vegetation Measurements and Analysis of the Density Management Study
Project ID: HAF033F05 [project-data-part-1] Initial Funding: $164,988 Total Funding: $1,564,462 [project-data-part-2] Abstract: The DMS is a response to a lack of information required to implement the Recovery Plan for the Northern Spotted Owl, The Northwest Forest Plan, and the BLM’s Resource management Plans. The proposed work has three benefits: 1) document vegetative dynamics and average…
A Multi-Sensor Stream Monitor for Headwater Streams
Project ID: G16AC00316 [project-data-part-1] Initial Funding: $42,998 Total Funding: $42,998 [project-data-part-2] Abstract: The goal of this research is to produce a multi‐sensor stream monitor (MSSM) to measure and record water and air temperature, relative humidity, solar radiation, water pressure (depth of water which is converted to flow) and stream water conductivity.
Identifying and Evaluating Refugia from Drought and Climate Change in the Pacific Northwest
Project ID: G16AC00434 [project-data-part-1] Initial Funding: $137,395 Total Funding: $137,395 [project-data-part-2] Abstract: The objectives of this project are to: 1. Identify and map macro-scale from regional changes in temperature and hydrologic conditions (i.e. drought), using a diverse set of existing data (climate projections, topography, hydrology, soil characteristics, and remotely sensed data). 2. Explore spatial and…
Using Data and Models to Assess Impacts and Adapt to Climate Change: Handbood for Current and Future Stream Temperature
Project ID: G17AC00139 [project-data-part-1] Initial Funding: $39,752 Total Funding: $71,373 [project-data-part-2]
The Western Mountain Initiative: Vulnerability and Adaptation to Climate Change in Western Mountain Ecosystems
Project ID: G17AC00186 [project-data-part-1] Initial Funding: $37,565 Total Funding: $37,565 [project-data-part-2]
Phenology and Climate Change in the Pacific Northwest: Status and Resources for Management Decision Making
Project ID: G17AC00389 [project-data-part-1] Initial Funding: $60,000 Total Funding: $60,000 [project-data-part-2]
Synthesis of Forest Vegetation Changes Resulting from Changing Wildfire Regimes
Project ID: G17AC00421 [project-data-part-1] Initial Funding: $98,313 Total Funding: $98,313 [project-data-part-2]
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