Fact Sheet / Brief
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This fact sheet from the Sage Grouse Initiative discusses a new soils product that provides the ability to depict potential ecosystem resilience and resistance across the range of sage-grouse using soil temperature and moisture regimes.
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This brief highlights a study that found rodents foraged differently in burned and unburned areas. They took seeds and ate seedlings from unburned areas. They were more likely to leave seeds and seedlings in the burned areas.
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This fact sheet summarizes findings from a study comparing insect populations in burned and unburned areas. The study showed greater reproductive success for isolated plant survivors of generalist species, and less success for specialist species. The more specialized your reproductive strategy, the harder fire is on your sex life.
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This presidential memorandum outlines federal efforts and steps to reverse pollinator losses and help restore populations to healthy levels. The steps include the development of new public-private partnerships and increased citizen engagement.
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This brief highlights a study following fire in Utah’s Rush Valley, where researchers found that fire killed biological soil crust pretty thoroughly, which wasn’t a surprise. However, following the fire cyanobacteria, the helpful and essential ingredient in biocrusts, did not return soon after fire, but Firmicutes, another tenacious and aggressive bacteria, did move in.
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This research brief highlights a study investigating whether on not deer mice could help combat the invasive weeds infiltrating desert landscapes after fire.
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This brief summarizes a study that provides empirical support for distances between 5 and 7.5 km from leks for surface use designation. It is important to note that sage-grouse space use does not fully inform the extent of no-activity areas. Some industrial activities, such as those generating acoustic pollution, can contribute to negative impacts which extend beyond the physical footprint of each installation.
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This brief summarizes fire ecology and management issues in California mixed-conifer forests for an audience without a background in fire, including the general public and media.
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In this synthesis of the latest available science, authors challenge the underlying assumptions used to establish most carbon-trading mechanisms, including the notion that lightly managed or unmanaged forests will be more effective at sequestering carbon over long periods than would a combination of managed forests and efficiently produced wood products. They take issue with the measurement systems used to determine trading parameters and find validity in the concerns that many market experts have expressed about additionality and leakage. This report details reasons to look for other solutions to greenhouse gas emission challenges.