Filters: Tags: Noatak National Preserve (X)
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The extensive boreal biome is little studies relative to its global importance. Its high soil moisture and low temperatures result in large below-ground reservoirs of carbon (C) and nitrogen (N). Presently, such high-latitude ecosystems are undergoing the largest temperature increases in global warming. Change in soil temperature or moisture in the large pools of soil organic matter could fundamentally change ecosystem C and N budgets. Since 1990, we have conducted treeline studies in a small (800 ha) watershed in Noatak National Preserve, northwestern Alaska. Our objectives were to (1) gain an understanding of treeline dynamics, structure, and function; and (2) examine the effects of global climate change, particularly...
National Park Service, Chief, Land Resources Program Center, Alaska Region, 240 W. 5th Avenue, Anchorage, Alaska 99501, (907) 644-3426. The land is depicted on a map titled "Noatak National Preserve and Noatak Wilderness Addition", map number 189/80,041, dated September 1994, which is available at the National Park Service offices in Anchorage and Kotzebue, Alaska.
Categories: Publication;
Types: Citation;
Tags: A1: Best mangement practices,
Noatak National Preserve,
landscape scale conservtion
Categories: Publication;
Types: Citation;
Tags: Cladonia jacutica,
Cladonia libifera,
Leucocarpia biatorella,
M1-Flora,
Noatak National Preserve,
These data include water chemistry from headwater streams to large rivers that have recently turned orange and reference rivers that have not. These samples were collected in two national parks in Arctic Alaska: Kobuk Valley National Park, and Noatak National Preserve.
Exotic plant survey polygon data representing infested or non-infested areas including inventory, treatment, and monitoring efforts. Polygons generated from point and line features using a buffer distance entered in the field or data was collected as a polygon for large or irregular sized patches. Data collected by field personnel using mapping grade GPS and a statewide data collection protocol. INSTRUCTIONS FOR USE: see supplemental section on how to use this GeoDatabase.
The extensive boreal biome is little studies relative to its global importance. Its high soil moisture and low temperatures result in large below-ground reservoirs of carbon (C) and nitrogen (N). Presently, such high-latitude ecosystems are undergoing the largest temperature increases in global warming. Change in soil temperature or moisture in the large pools of soil organic matter could fundamentally change ecosystem C and N budgets. Since 1990, we have conducted treeline studies in a small (800 ha) watershed in Noatak National Preserve, northwestern Alaska. Our objectives were to (1) gain an understanding of treeline dynamics, structure, and function; and (2) examine the effects of global climate change, particularly...
Categories: Publication;
Types: Citation;
Tags: M1-Ecosystems,
Noatak National Preserve,
P3b-Vegatation Productivity Changes Due to Temperature change
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