Services Directory - Resilience_terrestrial_coastal_2022_02

Resilience_terrestrial_coastal_2022_02_04 (Map Service)

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Service Description:

This map shows the estimated terrestrial resilience score of each cell based on its landscape diversity and local connectedness scores, with the coastal sea level rise analysis area and pioneer lava area grayed out. Areas in green are above-average and estimated to be more resilient to climate change. Areas in brown are below-average and estimated to be more vulnerable to climate change.

For terrestrial resilience, the estimate of resilience for each 30 meter cells was equal to:

Estimated Resilience = (Landscape diversity (z-score) + Local connectedness (z-score) /2

The results highlight areas in every geophysical setting that have higher microclimate topographic options and higher local connectedness where we expect these enabling conditions will help species persist and adapt to changes in future climate. The integrated score is useful for mapping the areas where those factors combine to create high resilience, but we also encourage users to look closely at the individual factors as they reveal interesting and different information about the landscape.

For coastal areas each coastal site (tidal marsh complex, unconsolidated shore complex, or anchialine pool) received a resilience score based on the likelihood that its coastal habitats can and will migrate to adjacent lowlands, referred to as “migration space.” Each site is scored relative to all other sites of the same type on the same island.

Map Name: Layers

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All Layers and Tables

Layers:

Resilient Sites (Terrestrial and Coastal)(0)

Description:

For terrestrial resilience, the estimate of resilience for each 30 meter cells was equal to:

Estimated Resilience = (Landscape diversity (z-score) + Local connectedness (z-score) /2

Copyright Text: Center for Resilient Conservation Science, The Nature Conservancy.

Spatial Reference:
102100

Single Fused Map Cache: true

Capabilities: Map,TilesOnly,Tilemap

Tile Info:

Height: 256
Width: 256
DPI: 96
Levels of Detail: (# Levels: 24)

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

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Min Scale: 0.0
Max Scale: 0.0

Min LOD: 0
Max LOD: 13

Units: esriMeters

Supported Image Format Types: PNG

Export Tiles Allowed: false
Max Export Tiles Count: 100000

Resampling: true

Document Info:

Title: Resilience_terrestrial_coastal_2022_02_04
Author: arlene_olivero@tnc.org_TNC
Comments:
Subject: Final CRCS datasets. Hawaii Terrestrial Resilience. Updated 2/4/2022. : A site’s Resilience Score estimates its capacity to maintain species diversity and ecological function as the climate changes. It was determined by evaluating and quantifying physical characteristics that foster resilience, particularly the site’s landscape diversity and local connectedness. Our goal was to identify the places most resilient to climate change for each geophysical setting within each ecoregion. This layer was developed as part of The Nature Conservancy’s resilience analysis which develops an approach to conserve biological diversity while allowing species and communities to rearrange in response to a continually changing climate. For more information on the analysis, results and downloadable data, please see The Nature Conservancy's Hawaiian Resilient and Connected Networks webpage: Terrestrial Resilience https://nature.org/HIresilience or Coastal Resilience https://nature.org/HIcoast
Category:
Keywords: Hawaii, Resilience, Climate Change, Resilient and Connected Network