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  • glUV UVB3: Mean UV-B of Highest Month

    glUV is a set of climate surfaces containing information on various aspects of the global distribution of ultraviolet-B radiation (UV-B). The data represents a potentially useful addition to existing climate datasets (e.g. CliMond, WorldClim) and may help refine macroecological analyses and bioclimatic modelling. Unit: J/m2/day. Temporal resolution: long-term average.

  • glUV UVB4: Mean UV-B of Lowest Month

    glUV is a set of climate surfaces containing information on various aspects of the global distribution of ultraviolet-B radiation (UV-B). The data represents a potentially useful addition to existing climate datasets (e.g. CliMond, WorldClim) and may help refine macroecological analyses and bioclimatic modelling. Unit: J/m2/day. Temporal resolution: long-term average.

  • glUV UVB5: Sum of Monthly Mean UV-B during Highest Quarter

    glUV is a set of climate surfaces containing information on various aspects of the global distribution of ultraviolet-B radiation (UV-B). The data represents a potentially useful addition to existing climate datasets (e.g. CliMond, WorldClim) and may help refine macroecological analyses and bioclimatic modelling. Unit: J/m2/day. Temporal resolution: long-term average.

  • glUV UVB2: Annual UV-B Seasonality

    glUV is a set of climate surfaces containing information on various aspects of the global distribution of ultraviolet-B radiation (UV-B). The data represents a potentially useful addition to existing climate datasets (e.g. CliMond, WorldClim) and may help refine macroecological analyses and bioclimatic modelling. Unit: J/m2/day. Temporal resolution: long-term average.

  • glUV UVB1: Annual Mean UV-B

    glUV is a set of climate surfaces containing information on various aspects of the global distribution of ultraviolet-B radiation (UV-B). The data represents a potentially useful addition to existing climate datasets (e.g. CliMond, WorldClim) and may help refine macroecological analyses and bioclimatic modelling. Unit: J/m2/day. Temporal resolution: long-term average.