Project: 40a3ccfc-84df-4103-ac83-bc950099e8ed

Metadata Format
Project Title
Integrated Ecosystem Model (AIEM) for Alaska and Northwest Canada
Description
Project with SNAP to develop a framework that will couple models of disturbance and vegetation succession (ALFRESCO), biogeochemistry (TEM), and permafrost (GIPL).
Point of Contact(s)
LCC Network Data Steward
LCC Network Data Manager
lccdatasteward@fws.gov
Arctic Landscape Conservation Cooperative
U.S. Fish & Wildlife Service
1011 E. Tudor Rd
Anchorage, Alaska 99503
V: +1 907 7863532
staff@arcticlcc.org
http://arcticlcc.org
Arctic Landscape Conservation Cooperative
U.S. Fish & Wildlife Service
1011 E. Tudor Rd
Anchorage, Alaska 99503
V: +1 907 7863532
staff@arcticlcc.org
http://arcticlcc.org
David McGuire, PhD
Professor
V: +1 907 4746242
admcguire@alaska.edu
http://www.akcfwru.uaf.edu/about.php
Scott Rupp, PhD
Director
Scenarios Network for Alaska and Arctic Planning
PO Box 757245
Fairbanks, Alaska 99775-7245
V: +1 907 4747235
tsrupp@alaska.edu
http://www.snap.uaf.edu/

Project Abstract

The Integrated Ecosystem Model for Alaska project (IEM) uses down-scaled climate models as the drivers of ecosystem change to produce forecasts of future fire, vegetation, permafrost and hydrology regimes at a resolution of 1km. This effort is the first to model ecosystem change on a statewide scale, using climate change input as a major driving variable. The objectives of the IEM project are as follows; to better understand and predict effects of climate change and other stressors on landscape level physical and ecosystem processes, and to provide support for resource conservation planning. The IEM will provide resource managers with a decision support tool to visualize future landscapes in Alaska. Model outputs are anticipated to drive secondary response models to aid in prediction of species-level response to climate change.

Supplemental Info: None Provided.

Project Links

Project Keywords

  • ISO 19115 Topic Category (isoTopicCategory):
    • biota,
    • climatologyMeteorologyAtmosphere,
    • environment,
    • geoscientificInformation,
    • inlandWaters
  • Global Change Master Directory (GCMD) Science Keywords (theme):
    • LANDSCAPE PROCESSES,
    • SOIL TEMPERATURE,
    • PERMAFROST,
    • LANDSCAPE ECOLOGY,
    • WETLANDS,
    • DYNAMIC VEGETATION/ECOSYSTEM MODELS,
    • LAND COVER
  • End User Types - Landscape Conservation Cooperatives (LCC End User Type):
    • Federal resource managers,
    • Academics & scientific researchers,
    • Interested public
  • Project Category - Landscape Conservation Cooperatives (LCC Project Category):
    • Population & Habitat Evaluation/Projection,
    • Vulnerability Assessment
  • Deliverable Types - Landscape Conservation Cooperatives (LCC Deliverable):
    • Report,
    • Datasets/Database,
    • Training/Outreach/Workshop

Associated Products

ID Title Metadata Link
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4c54ebb2-1359-4094-8976-5daa72ee1a0e Potential Evapotranspiration 1920-1929: CRU Historical Dataset mdJSON ISO 19115-2 HTML
95526a0c-4ca3-45ff-b2b1-927c9338485d Potential Evapotranspiration 2070-2079: ECHAM5 - A1B Scenario mdJSON ISO 19115-2 HTML
e5d9f2f2-60fa-44c9-823f-c2aa82b9f261 Stand Age Projections 2070-2079 mdJSON ISO 19115-2 HTML
781e6234-c49b-4c4b-9084-d231db8e8e26 IEM-CSC Factsheet with Supplement, 2015 mdJSON ISO 19115-2 HTML
11f2fe40-53c2-462d-bae8-ebd2bb0588da Historical Stand Age 1870-1879 mdJSON ISO 19115-2 HTML
94067eae-777a-4806-8c11-599916eee348 Integrated Ecosystem Model Reports mdJSON ISO 19115-2 HTML
8126a63d-a06c-4db8-83cc-ab58c12add1a Mean Annual Ground Temperature 2040-2049 mdJSON ISO 19115-2 HTML
bb729b24-f446-45d2-87cc-2f8511e81909 Active Layer Thickness 2070-2079 mdJSON ISO 19115-2 HTML
be5d6631-e089-46d1-ad9b-bcb81e68e6dc Stand Age Projections mdJSON ISO 19115-2 HTML
342959d1-4a85-4943-b21a-3ff8fed0cab0 Historical Stand Age 1910-1919 mdJSON ISO 19115-2 HTML
343e3ccc-4386-432f-a557-87b52dfc1052 Potential Evapotranspiration 1930-1939: CRU Historical Dataset mdJSON ISO 19115-2 HTML
b281b9e5-3c51-4505-804c-46bd29e3db88 Potential Evapotranspiration 2090-2099: CCCMA - A1B Scenario mdJSON ISO 19115-2 HTML
ea6776ae-eaa9-4b88-aa81-5b80b7eaa400 Potential Evapotranspiration 2040-2049: ECHAM5 - A1B Scenario mdJSON ISO 19115-2 HTML
42ffc241-0cce-483c-b080-40afb17fa85b Mean Annual Ground Temperature 2050-2059 mdJSON ISO 19115-2 HTML
fc444cd7-aae2-4c53-957d-13e3bb1eaac6 Alaska Integrated Ecosystem Model Pilot Year Final Report mdJSON ISO 19115-2 HTML
84adfa0c-dd56-4915-9308-5ef938bec327 Active Layer Thickness 2040 2049 mdJSON ISO 19115-2 HTML
80f73f92-afa6-42ed-807d-ffaa9f8b48ff Alaskan Arctic Coastal Plain Polygonal Geomorphology Map mdJSON ISO 19115-2 HTML
3978840d-a956-4be2-b067-b39494a7e0a2 Potential Evapotranspiration 2010-2019: CCCMA - A1B Scenario mdJSON ISO 19115-2 HTML
35bc7af8-4e27-4569-b906-56d0e2df0ed8 Potential Evapotranspiration 2020-2029: ECHAM5 - A1B Scenario mdJSON ISO 19115-2 HTML
6967e2d3-0460-41e3-a9b0-8022028e3d3e Active Layer Thickness 1990-1999 mdJSON ISO 19115-2 HTML
57b529ac-be4f-4a65-a35b-d6c78e7af591 Potential Evapotranspiration 2010-2019: ECHAM5 - A1B Scenario mdJSON ISO 19115-2 HTML
43fc6738-f90b-4b96-84a8-716f8d89dfc1 Stand Age Projections 2080-2089 mdJSON ISO 19115-2 HTML
597aac67-5d9b-489e-9d6f-c527b135a203 Mean Annual Ground Temperature 2020-2029 mdJSON ISO 19115-2 HTML
ab15f49f-8f83-4cf1-a321-263845c7789b Mean Annual Ground Temperature 2060-2069 mdJSON ISO 19115-2 HTML
edbbfefb-2156-4d3d-94c0-3189d9c9da41 Potential Evapotranspiration 2050-2059: ECHAM5 - A1B Scenario mdJSON ISO 19115-2 HTML
b715041f-d30d-426f-a232-dd77cc90306f Mean Annual Ground Temperature 2030-2039 mdJSON ISO 19115-2 HTML
0c823a03-ecea-40e4-afcb-560ff4c77a25 Potential Evapotranspiration 2000-2009: CCCMA - A1B Scenario mdJSON ISO 19115-2 HTML
d85bf991-edeb-4589-bc7e-b1817bbc72cd Active Layer Thickness 2080-2089 mdJSON ISO 19115-2 HTML
b46eb663-8915-4816-8a7d-e63ef3cd91e4 Active Layer Thickness 2060-2069 mdJSON ISO 19115-2 HTML
8b7ceaa3-2f0c-45fc-81a5-7272c3c3f31f Potential Evapotranspiration 2070-2079: CCCMA - A1B Scenario mdJSON ISO 19115-2 HTML
45b8d42f-18bb-4067-9ad7-74afbd560f47 Potential Evapotranspiration 2060-2069: ECHAM5 - A1B Scenario mdJSON ISO 19115-2 HTML
6070d517-88d3-43cd-a7b5-3a7e5e56a2a4 Active Layer Thickness 2000-2009 mdJSON ISO 19115-2 HTML
80dd738b-5d6d-4e9f-a9c1-834ac4a33b85 Historical Stand Age 1960-1969 mdJSON ISO 19115-2 HTML
fc608140-405b-46a5-80ca-de81c1e2e2d6 Simulated Mean Annual Ground Temperature mdJSON ISO 19115-2 HTML
0b3aefa0-f75c-4208-9b7f-c26aaad24562 Potential Evapotranspiration: CCCMA - A1B Scenario mdJSON ISO 19115-2 HTML
46099d0b-1501-4369-9a83-e50bcf2f85e2 Historical Stand Age 1900-1909 mdJSON ISO 19115-2 HTML
891cf71b-b985-4206-bf1e-96f6a835ff0f Stand Age Projections 2090-2099 mdJSON ISO 19115-2 HTML
dd4f173e-a907-4cde-923d-c6008eae8c86 Active Layer Thickness 2020-2029 mdJSON ISO 19115-2 HTML
fbf65b84-718d-4896-90f8-6307cbd6a603 Active Layer Thickness 2010-2019 mdJSON ISO 19115-2 HTML
1e3f5156-34d1-4516-9fbb-a35d270fc654 Potential Evapotranspiration 2090-2099: ECHAM5 - A1B Scenario mdJSON ISO 19115-2 HTML
3793f72b-fb43-4649-a14c-0875118b4f9f Potential Evapotranspiration: ECHAM5 - A1B Scenario mdJSON ISO 19115-2 HTML
c19f7249-c005-4a56-a839-f8963691c419 Potential Evapotranspiration 2030-2039: CCCMA - A1B Scenario mdJSON ISO 19115-2 HTML
20b653f9-73c2-4a5d-a59b-4f7b17e5d0cb Historical Stand Age 1940-1949 mdJSON ISO 19115-2 HTML
9113dffb-e581-41b3-9be1-3af675b8c96f Potential Evapotranspiration 2080-2089: ECHAM5 - A1B Scenario mdJSON ISO 19115-2 HTML
469ce72a-b11e-48f7-be9f-816b1ca28b5e Active Layer Thickness 2030-2039 mdJSON ISO 19115-2 HTML
a7d126af-be8b-4887-bfd1-02d73094dc59 Potential Evapotranspiration 1980-1989: CRU Historical Dataset mdJSON ISO 19115-2 HTML
43c029bf-db61-46fb-8162-62ae001609f8 Mean Annual Ground Temperature 1990-1999 mdJSON ISO 19115-2 HTML
6837776a-5110-434e-ba9f-11e01611e6e6 Historical Stand Age 1980-1989 mdJSON ISO 19115-2 HTML
70557215-6684-49fb-a6b7-ac725638ab9b Stand Age Projections 2060-2069 mdJSON ISO 19115-2 HTML
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8336f7b0-0504-40ea-9e84-55339396b3d4 Stand Age Projections 2040-2049 mdJSON ISO 19115-2 HTML
3e6ce6d6-014b-440d-9395-17294dd2e572 Potential Evapotranspiration 2050-2059: CCCMA - A1B Scenario mdJSON ISO 19115-2 HTML
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8d4d4d1e-cbc5-44a5-b127-66ed5884fce9 Mean Annual Ground Temperature 2090-2099 mdJSON ISO 19115-2 HTML
ccf3a7d6-12a1-4643-a12c-1c26bf4c7521 Mean Annual Ground Temperature 2000-2009 mdJSON ISO 19115-2 HTML
d1559f94-a007-45fe-a5df-31fcd987d88e Mean Annual Ground Temperature 2070-2079 mdJSON ISO 19115-2 HTML
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10ec4985-33dd-474f-b939-543e5255637f Potential Evapotranspiration 1950-1959: CRU Historical Dataset mdJSON ISO 19115-2 HTML
df574ed1-f39c-4818-9068-3e9cacc4efe0 Potential Evapotranspiration 1970-1979: CRU Historical Dataset mdJSON ISO 19115-2 HTML
558cbe28-8e2c-4f75-92e8-be69d5002ea8 Potential Evapotranspiration 2040-2049: CCCMA - A1B Scenario mdJSON ISO 19115-2 HTML
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12e64986-e81c-4bd7-a71f-278363b7059b Stand Age Projections 2050-2059 mdJSON ISO 19115-2 HTML
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dcba90f7-3b3b-4ad7-b20e-b26374591b4b Simulated Active Layer Thickness mdJSON ISO 19115-2 HTML
3613c8ac-76d2-4ac8-9921-73f4295e8dac Stand Age Projections 2020-2029 mdJSON ISO 19115-2 HTML
7a01b8c7-f637-4a0d-8b64-17b5085eac5d Stand Age Projections 2007-2009 mdJSON ISO 19115-2 HTML
3d0bc089-9a47-4847-bcd0-fbe044a82f29 Potential Evapotranspiration 2030-2039: ECHAM5 - A1B Scenario mdJSON ISO 19115-2 HTML
d2f0cf02-996d-4b39-8ffd-3cc50fcedf1b Potential Evapotranspiration: CRU Historical Dataset mdJSON ISO 19115-2 HTML
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21f6ac36-266d-468f-b367-1acffdbe4f68 Stand Age Projections 2010-2019 mdJSON ISO 19115-2 HTML
e847b2d0-d851-40a6-9780-2edf1fbfe61a Active Layer Thickness 2090-2099 mdJSON ISO 19115-2 HTML
de5d3185-0094-44b9-bb27-90f3b1087fe5 Potential Evapotranspiration 1910-1919: CRU Historical Dataset mdJSON ISO 19115-2 HTML
5b954ef9-904b-4110-82d9-f64364d65fdb Potential Evapotranspiration 1990-1999: CRU Historical Dataset mdJSON ISO 19115-2 HTML
4ae60b20-4131-4f3b-b616-a5073bb06d75 Mean Annual Ground Temperature 1980-1989 mdJSON ISO 19115-2 HTML
a22ea1d5-a5b4-4225-8cd8-ab737813f862 Historical Stand Age 1990-1999 mdJSON ISO 19115-2 HTML
10bc3e8d-03d1-4c0b-9fde-78f7999edf37 Stand Age Projections 2030-2039 mdJSON ISO 19115-2 HTML
c1e3cec0-efb2-4cf4-ab0a-e4b72564c13e Mean Annual Ground Temperature 2080-2089 mdJSON ISO 19115-2 HTML
39a3df24-f7f7-43d9-a3e4-463cc75e5d8b Potential Evapotranspiration 2080-2089: CCCMA - A1B Scenario mdJSON ISO 19115-2 HTML
722330bf-9112-413a-8ad6-2ca1676f2acb Mean Annual Ground Temperature 2010-2019 mdJSON ISO 19115-2 HTML
1cfa6467-0010-4ee6-adec-3392ed32d06b Active Layer Thickness 2050-2059 mdJSON ISO 19115-2 HTML
601621f9-ad9b-4f8e-9749-bf167cdabf6e Potential Evapotranspiration 2060-2069: CCCMA - A1B Scenario mdJSON ISO 19115-2 HTML