Services Directory - Conserving_Natures_Stage_Terrestrial_Resilience_in_the_Pacific_NW_stratified_by_ecoregion_and

Conserving_Natures_Stage_Terrestrial_Resilience_in_the_Pacific_NW_stratified_by_ecoregion_and_ecofacet (Map Service)

View In: ArcGIS JavaScript ArcGIS.com WMTS

Current Version: 10.81

Service Description: This dataset is a product from the first of two studies composing the Pacific Northwest (PNW) Conserving Nature’s Stage project. The purpose of the first study (Buttrick et al 2015) was to identify the most resilient terrestrial sites in the Northwest U.S. that will collectively and individually best sustain native biodiversity even as the changing climate alters current distribution patterns. The second study of broad-scale landscape connectivity in the PNW (McRae et al 2016) complements the 2015 analysis by identifying areas likely to facilitate ecological flow—particularly movement, dispersal, gene flow, and distributional range shifts for terrestrial plants and animals—over large distances and long time periods. Both studies were funded by the Doris Duke Charitable Foundation and conducted by staff of The Nature Conservancy (Oregon and North America Region programs).

Map Name: WGS1984WebMercatorAuxSphere

Legend

All Layers and Tables

Layers:

CNS_PNW_ResilienceStratified(0)

Tables:

Description: This dataset is a product from the first of two studies composing the Pacific Northwest (PNW) Conserving Nature’s Stage project. The purpose of the first study (Buttrick et al 2015) was to identify the most resilient terrestrial sites in the Northwest U.S. that will collectively and individually best sustain native biodiversity even as the changing climate alters current distribution patterns. The second study of broad-scale landscape connectivity in the PNW (McRae et al 2016) complements the 2015 analysis by identifying areas likely to facilitate ecological flow—particularly movement, dispersal, gene flow, and distributional range shifts for terrestrial plants and animals—over large distances and long time periods. Both studies were funded by the Doris Duke Charitable Foundation and conducted by staff of The Nature Conservancy (Oregon and North America Region programs).

Copyright Text: The Nature Conservancy

Spatial Reference:
102100

Single Fused Map Cache: true

Capabilities: Map,TilesOnly

Tile Info:

Height: 256
Width: 256
DPI: 96
Levels of Detail: (# Levels: 13)

Level ID: 0 [Start Tile, End Tile]
Level ID: 1 [Start Tile, End Tile]
Level ID: 2 [Start Tile, End Tile]
Level ID: 3 [Start Tile, End Tile]
Level ID: 4 [Start Tile, End Tile]
Level ID: 5 [Start Tile, End Tile]
Level ID: 6 [Start Tile, End Tile]
Level ID: 7 [Start Tile, End Tile]
Level ID: 8 [Start Tile, End Tile]
Level ID: 9 [Start Tile, End Tile]
Level ID: 10 [Start Tile, End Tile]
Level ID: 11 [Start Tile, End Tile]
Level ID: 12 [Start Tile, End Tile]

Format: PNG
Compression Quality: 0
Origin:
Spatial Reference:
102100

Initial Extent:

Full Extent:

Min Scale: 5.91657527591555E8
Max Scale: 144447.638572

Min LOD: 0
Max LOD: 12

Units: esriMeters

Supported Image Format Types: PNG

Export Tiles Allowed: true
Max Export Tiles Count: 100000

Document Info:

Title: Conserving Natures Stage_Terrestrial Resilience in the Pacific NW_stratified by ecoregion and ecofacet
Author: ajones@tnc.org_TNC
Comments:
Subject: Terrestrial Resilience in the Pacific NW stratified by ecoregion and ecofacet
Category:
Keywords: terrestrial, the nature conservancy, elevation, resilience quintile, slope, oregon, climate change, washington, ecofacets, ecoregions, montana, california, pnw, tnc, idaho, nevada, resilience, land facets, soil orders