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GapRichness_BananaPlantain (Map Service)


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Current Version: 10.81

Service Description: Sweet bananas and starchy plantains share the same wild relatives. Together these crops are cultivated in more than 130 countries, and are extremely important in East Africa and a number of other tropical regions. Wild relatives were assessed of these crops at the species level. The CWR species are distributed in Southeast Asia, particularly in the Philippines and in Southern China, and the gaps in collections for the six high priority species are concentrated in these same areas.
The gap analysis methodology relies on taxonomic, geographical, and environmental occurrence information, which is used to model the potential distribution of each CWR species of interest. Also includes an expert evaluation, in which researcher with knowledge of the conservation status and distribution of CWR in specific genepools are asked to analyze the gap analysis results. Furthermore results for multiple crop genepools may be overlaid, which allow a global analysis of gaps in ex situ collections of the world's plant genetic resources. The full results of the gap analysis can be found on the Crop Wild Relatives Global Atlas on the Adapting Agriculture to Climate project website

Further information of the gap analysis methodology in: PLos ONE article
Download data: Banana/Plantain Gap Richness


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Layers: Tables: Description: Sweet bananas and starchy plantains share the same wild relatives. Together these crops are cultivated in more than 130 countries, and are extremely important in East Africa and a number of other tropical regions. Wild relatives were assessed of these crops at the species level. The CWR species are distributed in Southeast Asia, particularly in the Philippines and in Southern China, and the gaps in collections for the six high priority species are concentrated in these same areas.
The gap analysis methodology relies on taxonomic, geographical, and environmental occurrence information, which is used to model the potential distribution of each CWR species of interest. Also includes an expert evaluation, in which researcher with knowledge of the conservation status and distribution of CWR in specific genepools are asked to analyze the gap analysis results. Furthermore results for multiple crop genepools may be overlaid, which allow a global analysis of gaps in ex situ collections of the world's plant genetic resources. The full results of the gap analysis can be found on the Crop Wild Relatives Global Atlas on the Adapting Agriculture to Climate project website

Further information of the gap analysis methodology in: PLos ONE article
Download data: Banana/Plantain Gap Richness


Copyright Text: CIAT, Global Crop Diversity (GCDT), Millennium Seed Bank at Kew, University of Birminghan

Spatial Reference:
102100

Single Fused Map Cache: true

Capabilities: Map,TilesOnly

Tile Info:
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Full Extent:
Min Scale: 2.95828763795777E8
Max Scale: 4622324.434309

Min LOD: 1
Max LOD: 7

Units: esriMeters

Supported Image Format Types: MIXED

Export Tiles Allowed: false
Max Export Tiles Count: 100000

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