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snippet: The MAP (mm) characterises the long term quantity of water available to a region for hydrological and agricultural purposes. Under non-irrigated conditions the MAP gives an upper limit to a region's sustainable agricultural potential in regard to biomass production if other factors (e.g. light, temperature, topography, soils) are not limiting. Not only is MAP important as a general statistic in its own right, but it is probably also the one climatic variable best known to hydrologists and agriculturists, and to which they can relate many other things
summary: The MAP (mm) characterises the long term quantity of water available to a region for hydrological and agricultural purposes. Under non-irrigated conditions the MAP gives an upper limit to a region's sustainable agricultural potential in regard to biomass production if other factors (e.g. light, temperature, topography, soils) are not limiting. Not only is MAP important as a general statistic in its own right, but it is probably also the one climatic variable best known to hydrologists and agriculturists, and to which they can relate many other things
extent: [[15.9208907963876,-34.9256358734598],[33.5534886682743,-21.9488792399673]]
accessInformation:
thumbnail: thumbnail/thumbnail.png
maxScale: 1.7976931348623157E308
typeKeywords: ["Data","Service","Map Service","ArcGIS Server"]
description:
licenseInfo:
catalogPath:
title: Map
type: Map Service
url:
tags: ["temperature","climate","weather"]
culture: en-US
name: Mean_annual_temperature_Shultz_2007_tif
guid: D7FCF37E-EC9D-47E4-BAF3-D9EF5A2FDF3E
minScale: 0
spatialReference: WGS_1984_World_Mercator