netcdf I4M_5359848_1_12791958231363076475 { dimensions: time = UNLIMITED ; // (85 currently) lat = 720 ; lon = 1440 ; bounds = 2 ; variables: double time(time) ; time:axis = "T" ; time:bounds = "bounds_time" ; time:calendar = "noleap" ; time:long_name = "time" ; time:realtopology = "linear" ; time:standard_name = "time" ; time:units = "years since 2015-01-01 0:0:0" ; double lat(lat) ; lat:realtopology = "linear" ; lat:units = "degrees_north" ; lat:long_name = "latitude" ; lat:standard_name = "latitude" ; lat:axis = "Y" ; lat:bounds = "bounds_lat" ; double lon(lon) ; lon:realtopology = "circular" ; lon:topology = "circular" ; lon:modulo = 360. ; lon:units = "degrees_east" ; lon:long_name = "longitude" ; lon:standard_name = "longitude" ; lon:axis = "X" ; lon:bounds = "bounds_lon" ; float primf_to_secdn(time, lat, lon) ; primf_to_secdn:missing_value = 1.e+20f ; primf_to_secdn:_Fillvalue = 1.e+20f ; primf_to_secdn:long_name = "area_fraction" ; primf_to_secdn:units = "1" ; primf_to_secdn:cell_methods = "time:mean" ; primf_to_secdn:standard_name_description = "transition from forested primary land to potentially non-forested secondary land" ; primf_to_secdn:standard_name = "transition from forested primary land to potentially non-forested secondary land" ; float primf_to_urban(time, lat, lon) ; primf_to_urban:missing_value = 1.e+20f ; primf_to_urban:_Fillvalue = 1.e+20f ; primf_to_urban:long_name = "area_fraction" ; primf_to_urban:units = "1" ; primf_to_urban:cell_methods = "time:mean" ; primf_to_urban:standard_name_description = "transition from primary vegetation on LUH2 potential forest land to urban land" ; primf_to_urban:standard_name = "transition from forested primary land to urban land" ; float primf_to_c3ann(time, lat, lon) ; primf_to_c3ann:missing_value = 1.e+20f ; primf_to_c3ann:_Fillvalue = 1.e+20f ; primf_to_c3ann:long_name = "area_fraction" ; primf_to_c3ann:units = "1" ; primf_to_c3ann:cell_methods = "time:mean" ; primf_to_c3ann:standard_name_description = "transition from primary vegetation on LUH2 potential forest land to C3 annual crops" ; primf_to_c3ann:standard_name = "transition from forested primary land to C3 annual crops" ; float primf_to_c4ann(time, lat, lon) ; primf_to_c4ann:missing_value = 1.e+20f ; primf_to_c4ann:_Fillvalue = 1.e+20f ; primf_to_c4ann:long_name = "area_fraction" ; primf_to_c4ann:units = "1" ; primf_to_c4ann:cell_methods = "time:mean" ; primf_to_c4ann:standard_name_description = "transition from primary vegetation on LUH2 potential forest land to C4 annual crops" ; primf_to_c4ann:standard_name = "transition from forested primary land to C4 annual crops" ; float primf_to_c3per(time, lat, lon) ; primf_to_c3per:missing_value = 1.e+20f ; primf_to_c3per:_Fillvalue = 1.e+20f ; primf_to_c3per:long_name = "area_fraction" ; primf_to_c3per:units = "1" ; primf_to_c3per:cell_methods = "time:mean" ; primf_to_c3per:standard_name_description = "transition from primary vegetation on LUH2 potential forest land to C3 perennial crops" ; primf_to_c3per:standard_name = "transition from forested primary land to C3 perennial crops" ; float primf_to_c4per(time, lat, lon) ; primf_to_c4per:missing_value = 1.e+20f ; primf_to_c4per:_Fillvalue = 1.e+20f ; primf_to_c4per:long_name = "area_fraction" ; primf_to_c4per:units = "1" ; primf_to_c4per:cell_methods = "time:mean" ; primf_to_c4per:standard_name_description = "transition from primary vegetation on LUH2 potential forest land to C4 perennial crops" ; primf_to_c4per:standard_name = "transition from forested primary land to C4 perennial crops" ; float primf_to_c3nfx(time, lat, lon) ; primf_to_c3nfx:missing_value = 1.e+20f ; primf_to_c3nfx:_Fillvalue = 1.e+20f ; primf_to_c3nfx:long_name = "area_fraction" ; primf_to_c3nfx:units = "1" ; primf_to_c3nfx:cell_methods = "time:mean" ; primf_to_c3nfx:standard_name_description = "transition from primary vegetation on LUH2 potential forest land to C3 nitrogen-fixing crops" ; primf_to_c3nfx:standard_name = "transition from forested primary land to C3 nitrogen-fixing crops" ; float primf_to_pastr(time, lat, lon) ; primf_to_pastr:missing_value = 1.e+20f ; primf_to_pastr:_Fillvalue = 1.e+20f ; primf_to_pastr:long_name = "area_fraction" ; primf_to_pastr:units = "1" ; primf_to_pastr:cell_methods = "time:mean" ; primf_to_pastr:standard_name_description = "transition from primary vegetation on LUH2 potential forest land to managed pasture" ; primf_to_pastr:standard_name = "transition from forested primary land to managed pasture" ; float primf_to_range(time, lat, lon) ; primf_to_range:missing_value = 1.e+20f ; primf_to_range:_Fillvalue = 1.e+20f ; primf_to_range:long_name = "area_fraction" ; primf_to_range:units = "1" ; primf_to_range:cell_methods = "time:mean" ; primf_to_range:standard_name_description = "transition from primary vegetation on LUH2 potential forest land to rangeland" ; primf_to_range:standard_name = "transition from forested primary land to rangeland" ; float primn_to_secdf(time, lat, lon) ; primn_to_secdf:missing_value = 1.e+20f ; primn_to_secdf:_Fillvalue = 1.e+20f ; primn_to_secdf:long_name = "area_fraction" ; primn_to_secdf:units = "1" ; primn_to_secdf:cell_methods = "time:mean" ; primn_to_secdf:standard_name_description = "transition from primary vegetation on LUH2 potential non-forest land to secondary vegetation on LUH2 potential forest land" ; primn_to_secdf:standard_name = "transition from non-forested primary land to potentially forested secondary land" ; float primn_to_urban(time, lat, lon) ; primn_to_urban:missing_value = 1.e+20f ; primn_to_urban:_Fillvalue = 1.e+20f ; primn_to_urban:standard_name = "transition from primary vegetation on LUH2 potential non-forest land to urban land" ; primn_to_urban:long_name = "area_fraction" ; primn_to_urban:units = "1" ; primn_to_urban:cell_methods = "time:mean" ; float primn_to_c3ann(time, lat, lon) ; primn_to_c3ann:missing_value = 1.e+20f ; primn_to_c3ann:_Fillvalue = 1.e+20f ; primn_to_c3ann:standard_name = "transition from primary vegetation on LUH2 potential non-forest land to C3 annual crops" ; primn_to_c3ann:long_name = "area_fraction" ; primn_to_c3ann:units = "1" ; primn_to_c3ann:cell_methods = "time:mean" ; float primn_to_c4ann(time, lat, lon) ; primn_to_c4ann:missing_value = 1.e+20f ; primn_to_c4ann:_Fillvalue = 1.e+20f ; primn_to_c4ann:standard_name = "transition from primary vegetation on LUH2 potential non-forest land to C4 annual crops" ; primn_to_c4ann:long_name = "area_fraction" ; primn_to_c4ann:units = "1" ; primn_to_c4ann:cell_methods = "time:mean" ; float primn_to_c3per(time, lat, lon) ; primn_to_c3per:missing_value = 1.e+20f ; primn_to_c3per:_Fillvalue = 1.e+20f ; primn_to_c3per:standard_name = "transition from primary vegetation on LUH2 potential non-forest land to C3 perennial crops" ; primn_to_c3per:long_name = "area_fraction" ; primn_to_c3per:units = "1" ; primn_to_c3per:cell_methods = "time:mean" ; float primn_to_c4per(time, lat, lon) ; primn_to_c4per:missing_value = 1.e+20f ; primn_to_c4per:_Fillvalue = 1.e+20f ; primn_to_c4per:standard_name = "transition from primary vegetation on LUH2 potential non-forest land to C4 perennial crops" ; primn_to_c4per:long_name = "area_fraction" ; primn_to_c4per:units = "1" ; primn_to_c4per:cell_methods = "time:mean" ; float primn_to_c3nfx(time, lat, lon) ; primn_to_c3nfx:missing_value = 1.e+20f ; primn_to_c3nfx:_Fillvalue = 1.e+20f ; primn_to_c3nfx:standard_name = "transition from primary vegetation on LUH2 potential non-forest land to C3 nitrogen-fixing crops" ; primn_to_c3nfx:long_name = "area_fraction" ; primn_to_c3nfx:units = "1" ; primn_to_c3nfx:cell_methods = "time:mean" ; float primn_to_pastr(time, lat, lon) ; primn_to_pastr:missing_value = 1.e+20f ; primn_to_pastr:_Fillvalue = 1.e+20f ; primn_to_pastr:standard_name = "transition from primary vegetation on LUH2 potential non-forest land to managed pasture" ; primn_to_pastr:long_name = "area_fraction" ; primn_to_pastr:units = "1" ; primn_to_pastr:cell_methods = "time:mean" ; float primn_to_range(time, lat, lon) ; primn_to_range:missing_value = 1.e+20f ; primn_to_range:_Fillvalue = 1.e+20f ; primn_to_range:standard_name = "transition from primary vegetation on LUH2 potential non-forest land to rangeland" ; primn_to_range:long_name = "area_fraction" ; primn_to_range:units = "1" ; primn_to_range:cell_methods = "time:mean" ; float secdf_to_secdn(time, lat, lon) ; secdf_to_secdn:missing_value = 1.e+20f ; secdf_to_secdn:_Fillvalue = 1.e+20f ; secdf_to_secdn:long_name = "area_fraction" ; secdf_to_secdn:units = "1" ; secdf_to_secdn:cell_methods = "time:mean" ; secdf_to_secdn:standard_name_description = "transition from potentially forested secondary land to potentially non-forested secondary land" ; secdf_to_secdn:standard_name = "transition from potentially forested secondary land to potentially non-forested secondary land" ; float secdf_to_urban(time, lat, lon) ; secdf_to_urban:missing_value = 1.e+20f ; secdf_to_urban:_Fillvalue = 1.e+20f ; secdf_to_urban:long_name = "area_fraction" ; secdf_to_urban:units = "1" ; secdf_to_urban:cell_methods = "time:mean" ; secdf_to_urban:standard_name_description = "transition from secondary vegetation on LUH2 potential forest land to urban land" ; secdf_to_urban:standard_name = "transition from potentially forested secondary land to urban land" ; float secdf_to_c3ann(time, lat, lon) ; secdf_to_c3ann:missing_value = 1.e+20f ; secdf_to_c3ann:_Fillvalue = 1.e+20f ; secdf_to_c3ann:long_name = "area_fraction" ; secdf_to_c3ann:units = "1" ; secdf_to_c3ann:cell_methods = "time:mean" ; secdf_to_c3ann:standard_name_description = "transition from secondary vegetation on LUH2 potential forest land to C3 annual crops" ; secdf_to_c3ann:standard_name = "transition from potentially forested secondary land to C3 annual crops" ; float secdf_to_c4ann(time, lat, lon) ; secdf_to_c4ann:missing_value = 1.e+20f ; secdf_to_c4ann:_Fillvalue = 1.e+20f ; secdf_to_c4ann:long_name = "area_fraction" ; secdf_to_c4ann:units = "1" ; secdf_to_c4ann:cell_methods = "time:mean" ; secdf_to_c4ann:standard_name_description = "transition from secondary vegetation on LUH2 potential forest land to C4 annual crops" ; secdf_to_c4ann:standard_name = "transition from potentially forested secondary land to C4 annual crops" ; float secdf_to_c3per(time, lat, lon) ; secdf_to_c3per:missing_value = 1.e+20f ; secdf_to_c3per:_Fillvalue = 1.e+20f ; secdf_to_c3per:long_name = "area_fraction" ; secdf_to_c3per:units = "1" ; secdf_to_c3per:cell_methods = "time:mean" ; secdf_to_c3per:standard_name_description = "transition from secondary vegetation on LUH2 potential forest land to C3 perennial crops" ; secdf_to_c3per:standard_name = "transition from potentially forested secondary land to C3 perennial crops" ; float secdf_to_c4per(time, lat, lon) ; secdf_to_c4per:missing_value = 1.e+20f ; secdf_to_c4per:_Fillvalue = 1.e+20f ; secdf_to_c4per:long_name = "area_fraction" ; secdf_to_c4per:units = "1" ; secdf_to_c4per:cell_methods = "time:mean" ; secdf_to_c4per:standard_name_description = "transition from secondary vegetation on LUH2 potential forest land to C4 perennial crops" ; secdf_to_c4per:standard_name = "transition from potentially forested secondary land to C4 perennial crops" ; float secdf_to_c3nfx(time, lat, lon) ; secdf_to_c3nfx:missing_value = 1.e+20f ; secdf_to_c3nfx:_Fillvalue = 1.e+20f ; secdf_to_c3nfx:long_name = "area_fraction" ; secdf_to_c3nfx:units = "1" ; secdf_to_c3nfx:cell_methods = "time:mean" ; secdf_to_c3nfx:standard_name_description = "transition from secondary vegetation on LUH2 potential forest land to C3 nitrogen-fixing crops" ; secdf_to_c3nfx:standard_name = "transition from potentially forested secondary land to C3 nitrogen-fixing crops" ; float secdf_to_pastr(time, lat, lon) ; secdf_to_pastr:missing_value = 1.e+20f ; secdf_to_pastr:_Fillvalue = 1.e+20f ; secdf_to_pastr:long_name = "area_fraction" ; secdf_to_pastr:units = "1" ; secdf_to_pastr:cell_methods = "time:mean" ; secdf_to_pastr:standard_name_description = "transition from secondary vegetation on LUH2 potential forest land to managed pasture" ; secdf_to_pastr:standard_name = "transition from potentially forested secondary land to managed pasture" ; float secdf_to_range(time, lat, lon) ; secdf_to_range:missing_value = 1.e+20f ; secdf_to_range:_Fillvalue = 1.e+20f ; secdf_to_range:long_name = "area_fraction" ; secdf_to_range:units = "1" ; secdf_to_range:cell_methods = "time:mean" ; secdf_to_range:standard_name_description = "transition from secondary vegetation on LUH2 potential forest land to rangeland" ; secdf_to_range:standard_name = "transition from potentially forested secondary land to rangeland" ; float secdn_to_secdf(time, lat, lon) ; secdn_to_secdf:missing_value = 1.e+20f ; secdn_to_secdf:_Fillvalue = 1.e+20f ; secdn_to_secdf:long_name = "area_fraction" ; secdn_to_secdf:units = "1" ; secdn_to_secdf:cell_methods = "time:mean" ; secdn_to_secdf:standard_name_description = "transition from potentially non-forested secondary land to potentially forested secondary land" ; secdn_to_secdf:standard_name = "transition from potentially non-forested secondary land to potentially forested secondary land" ; float secdn_to_urban(time, lat, lon) ; secdn_to_urban:missing_value = 1.e+20f ; secdn_to_urban:_Fillvalue = 1.e+20f ; secdn_to_urban:long_name = "area_fraction" ; secdn_to_urban:units = "1" ; secdn_to_urban:cell_methods = "time:mean" ; secdn_to_urban:standard_name_description = "transition from secondary vegetation on LUH2 potential non-forest land to urban land" ; secdn_to_urban:standard_name = "transition from potentially non-forested secondary land to urban land" ; float secdn_to_c3ann(time, lat, lon) ; secdn_to_c3ann:missing_value = 1.e+20f ; secdn_to_c3ann:_Fillvalue = 1.e+20f ; secdn_to_c3ann:long_name = "area_fraction" ; secdn_to_c3ann:units = "1" ; secdn_to_c3ann:cell_methods = "time:mean" ; secdn_to_c3ann:standard_name_description = "transition from secondary vegetation on LUH2 potential non-forest land to C3 annual crops" ; secdn_to_c3ann:standard_name = "transition from potentially non-forested secondary land to C3 annual crops" ; float secdn_to_c4ann(time, lat, lon) ; secdn_to_c4ann:missing_value = 1.e+20f ; secdn_to_c4ann:_Fillvalue = 1.e+20f ; secdn_to_c4ann:long_name = "area_fraction" ; secdn_to_c4ann:units = "1" ; secdn_to_c4ann:cell_methods = "time:mean" ; secdn_to_c4ann:standard_name_description = "transition from secondary vegetation on LUH2 potential non-forest land to C4 annual crops" ; secdn_to_c4ann:standard_name = "transition from potentially non-forested secondary land to C4 annual crops" ; float secdn_to_c3per(time, lat, lon) ; secdn_to_c3per:missing_value = 1.e+20f ; secdn_to_c3per:_Fillvalue = 1.e+20f ; secdn_to_c3per:long_name = "area_fraction" ; secdn_to_c3per:units = "1" ; secdn_to_c3per:cell_methods = "time:mean" ; secdn_to_c3per:standard_name_description = "transition from secondary vegetation on LUH2 potential non-forest land to C3 perennial crops" ; secdn_to_c3per:standard_name = "transition from potentially non-forested secondary land to C3 perennial crops" ; float secdn_to_c4per(time, lat, lon) ; secdn_to_c4per:missing_value = 1.e+20f ; secdn_to_c4per:_Fillvalue = 1.e+20f ; secdn_to_c4per:long_name = "area_fraction" ; secdn_to_c4per:units = "1" ; secdn_to_c4per:cell_methods = "time:mean" ; secdn_to_c4per:standard_name_description = "transition from secondary vegetation on LUH2 potential non-forest land to C4 perennial crops" ; secdn_to_c4per:standard_name = "transition from potentially non-forested secondary land to C4 perennial crops" ; float secdn_to_c3nfx(time, lat, lon) ; secdn_to_c3nfx:missing_value = 1.e+20f ; secdn_to_c3nfx:_Fillvalue = 1.e+20f ; secdn_to_c3nfx:long_name = "area_fraction" ; secdn_to_c3nfx:units = "1" ; secdn_to_c3nfx:cell_methods = "time:mean" ; secdn_to_c3nfx:standard_name_description = "transition from secondary vegetation on LUH2 potential non-forest land to C3 nitrogen-fixing crops" ; secdn_to_c3nfx:standard_name = "transition from potentially non-forested secondary land to C3 nitrogen-fixing crops" ; float secdn_to_pastr(time, lat, lon) ; secdn_to_pastr:missing_value = 1.e+20f ; secdn_to_pastr:_Fillvalue = 1.e+20f ; secdn_to_pastr:long_name = "area_fraction" ; secdn_to_pastr:units = "1" ; secdn_to_pastr:cell_methods = "time:mean" ; secdn_to_pastr:standard_name_description = "transition from secondary vegetation on LUH2 potential non-forest land to managed pasture" ; secdn_to_pastr:standard_name = "transition from potentially non-forested secondary land to managed pasture" ; float secdn_to_range(time, lat, lon) ; secdn_to_range:missing_value = 1.e+20f ; secdn_to_range:_Fillvalue = 1.e+20f ; secdn_to_range:long_name = "area_fraction" ; secdn_to_range:units = "1" ; secdn_to_range:cell_methods = "time:mean" ; secdn_to_range:standard_name_description = "transition from secondary vegetation on LUH2 potential non-forest land to rangeland" ; secdn_to_range:standard_name = "transition from potentially non-forested secondary land to rangeland" ; float urban_to_secdf(time, lat, lon) ; urban_to_secdf:missing_value = 1.e+20f ; urban_to_secdf:_Fillvalue = 1.e+20f ; urban_to_secdf:long_name = "area_fraction" ; urban_to_secdf:units = "1" ; urban_to_secdf:cell_methods = "time:mean" ; urban_to_secdf:standard_name_description = "transition from urban land to secondary vegetation on LUH2 potential forest land" ; urban_to_secdf:standard_name = "transition from urban land to potentially forested secondary land" ; float urban_to_secdn(time, lat, lon) ; urban_to_secdn:missing_value = 1.e+20f ; urban_to_secdn:_Fillvalue = 1.e+20f ; urban_to_secdn:long_name = "area_fraction" ; urban_to_secdn:units = "1" ; urban_to_secdn:cell_methods = "time:mean" ; urban_to_secdn:standard_name_description = "transition from urban land to secondary vegetation on LUH2 potential non-forest land" ; urban_to_secdn:standard_name = "transition from urban land to potentially non-forested secondary land" ; float urban_to_c3ann(time, lat, lon) ; urban_to_c3ann:missing_value = 1.e+20f ; urban_to_c3ann:_Fillvalue = 1.e+20f ; urban_to_c3ann:standard_name = "transition from urban land to C3 annual crops" ; urban_to_c3ann:long_name = "area_fraction" ; urban_to_c3ann:units = "1" ; urban_to_c3ann:cell_methods = "time:mean" ; float urban_to_c4ann(time, lat, lon) ; urban_to_c4ann:missing_value = 1.e+20f ; urban_to_c4ann:_Fillvalue = 1.e+20f ; urban_to_c4ann:standard_name = "transition from urban land to C4 annual crops" ; urban_to_c4ann:long_name = "area_fraction" ; urban_to_c4ann:units = "1" ; urban_to_c4ann:cell_methods = "time:mean" ; float urban_to_c3per(time, lat, lon) ; urban_to_c3per:missing_value = 1.e+20f ; urban_to_c3per:_Fillvalue = 1.e+20f ; urban_to_c3per:standard_name = "transition from urban land to C3 perennial crops" ; urban_to_c3per:long_name = "area_fraction" ; urban_to_c3per:units = "1" ; urban_to_c3per:cell_methods = "time:mean" ; float urban_to_c4per(time, lat, lon) ; urban_to_c4per:missing_value = 1.e+20f ; urban_to_c4per:_Fillvalue = 1.e+20f ; urban_to_c4per:standard_name = "transition from urban land to C4 perennial crops" ; urban_to_c4per:long_name = "area_fraction" ; urban_to_c4per:units = "1" ; urban_to_c4per:cell_methods = "time:mean" ; float urban_to_c3nfx(time, lat, lon) ; urban_to_c3nfx:missing_value = 1.e+20f ; urban_to_c3nfx:_Fillvalue = 1.e+20f ; urban_to_c3nfx:standard_name = "transition from urban land to C3 nitrogen-fixing crops" ; urban_to_c3nfx:long_name = "area_fraction" ; urban_to_c3nfx:units = "1" ; urban_to_c3nfx:cell_methods = "time:mean" ; float urban_to_pastr(time, lat, lon) ; urban_to_pastr:missing_value = 1.e+20f ; urban_to_pastr:_Fillvalue = 1.e+20f ; urban_to_pastr:standard_name = "transition from urban land to managed pasture" ; urban_to_pastr:long_name = "area_fraction" ; urban_to_pastr:units = "1" ; urban_to_pastr:cell_methods = "time:mean" ; float urban_to_range(time, lat, lon) ; urban_to_range:missing_value = 1.e+20f ; urban_to_range:_Fillvalue = 1.e+20f ; urban_to_range:standard_name = "transition from urban land to rangeland" ; urban_to_range:long_name = "area_fraction" ; urban_to_range:units = "1" ; urban_to_range:cell_methods = "time:mean" ; float c3ann_to_secdf(time, lat, lon) ; c3ann_to_secdf:missing_value = 1.e+20f ; c3ann_to_secdf:_Fillvalue = 1.e+20f ; c3ann_to_secdf:long_name = "area_fraction" ; c3ann_to_secdf:units = "1" ; c3ann_to_secdf:cell_methods = "time:mean" ; c3ann_to_secdf:standard_name_description = "transition from C3 annual crops to secondary vegetation on LUH2 potential forest land" ; c3ann_to_secdf:standard_name = "transition from C3 annual crops to potentially forested secondary land" ; float c3ann_to_secdn(time, lat, lon) ; c3ann_to_secdn:missing_value = 1.e+20f ; c3ann_to_secdn:_Fillvalue = 1.e+20f ; c3ann_to_secdn:long_name = "area_fraction" ; c3ann_to_secdn:units = "1" ; c3ann_to_secdn:cell_methods = "time:mean" ; c3ann_to_secdn:standard_name_description = "transition from C3 annual crops to secondary vegetation on LUH2 potential non-forest land" ; c3ann_to_secdn:standard_name = "transition from C3 annual crops to potentially non-forested secondary land" ; float c3ann_to_urban(time, lat, lon) ; c3ann_to_urban:missing_value = 1.e+20f ; c3ann_to_urban:_Fillvalue = 1.e+20f ; c3ann_to_urban:standard_name = "transition from C3 annual crops to urban land" ; c3ann_to_urban:long_name = "area_fraction" ; c3ann_to_urban:units = "1" ; c3ann_to_urban:cell_methods = "time:mean" ; float c3ann_to_c4ann(time, lat, lon) ; c3ann_to_c4ann:missing_value = 1.e+20f ; c3ann_to_c4ann:_Fillvalue = 1.e+20f ; c3ann_to_c4ann:standard_name = "transition from C3 annual crops to C4 annual crops" ; c3ann_to_c4ann:long_name = "area_fraction" ; c3ann_to_c4ann:units = "1" ; c3ann_to_c4ann:cell_methods = "time:mean" ; float c3ann_to_c3per(time, lat, lon) ; c3ann_to_c3per:missing_value = 1.e+20f ; c3ann_to_c3per:_Fillvalue = 1.e+20f ; c3ann_to_c3per:standard_name = "transition from C3 annual crops to C3 perennial crops" ; c3ann_to_c3per:long_name = "area_fraction" ; c3ann_to_c3per:units = "1" ; c3ann_to_c3per:cell_methods = "time:mean" ; float c3ann_to_c4per(time, lat, lon) ; c3ann_to_c4per:missing_value = 1.e+20f ; c3ann_to_c4per:_Fillvalue = 1.e+20f ; c3ann_to_c4per:standard_name = "transition from C3 annual crops to C4 perennial crops" ; c3ann_to_c4per:long_name = "area_fraction" ; c3ann_to_c4per:units = "1" ; c3ann_to_c4per:cell_methods = "time:mean" ; float c3ann_to_c3nfx(time, lat, lon) ; c3ann_to_c3nfx:missing_value = 1.e+20f ; c3ann_to_c3nfx:_Fillvalue = 1.e+20f ; c3ann_to_c3nfx:standard_name = "transition from C3 annual crops to C3 nitrogen-fixing crops" ; c3ann_to_c3nfx:long_name = "area_fraction" ; c3ann_to_c3nfx:units = "1" ; c3ann_to_c3nfx:cell_methods = "time:mean" ; float c3ann_to_pastr(time, lat, lon) ; c3ann_to_pastr:missing_value = 1.e+20f ; c3ann_to_pastr:_Fillvalue = 1.e+20f ; c3ann_to_pastr:standard_name = "transition from C3 annual crops to managed pasture" ; c3ann_to_pastr:long_name = "area_fraction" ; c3ann_to_pastr:units = "1" ; c3ann_to_pastr:cell_methods = "time:mean" ; float c3ann_to_range(time, lat, lon) ; c3ann_to_range:missing_value = 1.e+20f ; c3ann_to_range:_Fillvalue = 1.e+20f ; c3ann_to_range:standard_name = "transition from C3 annual crops to rangeland" ; c3ann_to_range:long_name = "area_fraction" ; c3ann_to_range:units = "1" ; c3ann_to_range:cell_methods = "time:mean" ; float c4ann_to_secdf(time, lat, lon) ; c4ann_to_secdf:missing_value = 1.e+20f ; c4ann_to_secdf:_Fillvalue = 1.e+20f ; c4ann_to_secdf:long_name = "area_fraction" ; c4ann_to_secdf:units = "1" ; c4ann_to_secdf:cell_methods = "time:mean" ; c4ann_to_secdf:standard_name_description = "transition from C4 annual crops to secondary vegetation on LUH2 potential forest land" ; c4ann_to_secdf:standard_name = "transition from C4 annual crops to potentially forested secondary land" ; float c4ann_to_secdn(time, lat, lon) ; c4ann_to_secdn:missing_value = 1.e+20f ; c4ann_to_secdn:_Fillvalue = 1.e+20f ; c4ann_to_secdn:long_name = "area_fraction" ; c4ann_to_secdn:units = "1" ; c4ann_to_secdn:cell_methods = "time:mean" ; c4ann_to_secdn:standard_name_description = "transition from C4 annual crops to secondary vegetation on LUH2 potential non-forest land" ; c4ann_to_secdn:standard_name = "transition from C4 annual crops to potentially non-forested secondary land" ; float c4ann_to_urban(time, lat, lon) ; c4ann_to_urban:missing_value = 1.e+20f ; c4ann_to_urban:_Fillvalue = 1.e+20f ; c4ann_to_urban:standard_name = "transition from C4 annual crops to urban land" ; c4ann_to_urban:long_name = "area_fraction" ; c4ann_to_urban:units = "1" ; c4ann_to_urban:cell_methods = "time:mean" ; float c4ann_to_c3ann(time, lat, lon) ; c4ann_to_c3ann:missing_value = 1.e+20f ; c4ann_to_c3ann:_Fillvalue = 1.e+20f ; c4ann_to_c3ann:standard_name = "transition from C4 annual crops to C3 annual crops" ; c4ann_to_c3ann:long_name = "area_fraction" ; c4ann_to_c3ann:units = "1" ; c4ann_to_c3ann:cell_methods = "time:mean" ; float c4ann_to_c3per(time, lat, lon) ; c4ann_to_c3per:missing_value = 1.e+20f ; c4ann_to_c3per:_Fillvalue = 1.e+20f ; c4ann_to_c3per:standard_name = "transition from C4 annual crops to C3 perennial crops" ; c4ann_to_c3per:long_name = "area_fraction" ; c4ann_to_c3per:units = "1" ; c4ann_to_c3per:cell_methods = "time:mean" ; float c4ann_to_c4per(time, lat, lon) ; c4ann_to_c4per:missing_value = 1.e+20f ; c4ann_to_c4per:_Fillvalue = 1.e+20f ; c4ann_to_c4per:standard_name = "transition from C4 annual crops to C4 perennial crops" ; c4ann_to_c4per:long_name = "area_fraction" ; c4ann_to_c4per:units = "1" ; c4ann_to_c4per:cell_methods = "time:mean" ; float c4ann_to_c3nfx(time, lat, lon) ; c4ann_to_c3nfx:missing_value = 1.e+20f ; c4ann_to_c3nfx:_Fillvalue = 1.e+20f ; c4ann_to_c3nfx:standard_name = "transition from C4 annual crops to C3 nitrogen-fixing crops" ; c4ann_to_c3nfx:long_name = "area_fraction" ; c4ann_to_c3nfx:units = "1" ; c4ann_to_c3nfx:cell_methods = "time:mean" ; float c4ann_to_pastr(time, lat, lon) ; c4ann_to_pastr:missing_value = 1.e+20f ; c4ann_to_pastr:_Fillvalue = 1.e+20f ; c4ann_to_pastr:standard_name = "transition from C4 annual crops to managed pasture" ; c4ann_to_pastr:long_name = "area_fraction" ; c4ann_to_pastr:units = "1" ; c4ann_to_pastr:cell_methods = "time:mean" ; float c4ann_to_range(time, lat, lon) ; c4ann_to_range:missing_value = 1.e+20f ; c4ann_to_range:_Fillvalue = 1.e+20f ; c4ann_to_range:standard_name = "transition from C4 annual crops to rangeland" ; c4ann_to_range:long_name = "area_fraction" ; c4ann_to_range:units = "1" ; c4ann_to_range:cell_methods = "time:mean" ; float c3per_to_secdf(time, lat, lon) ; c3per_to_secdf:missing_value = 1.e+20f ; c3per_to_secdf:_Fillvalue = 1.e+20f ; c3per_to_secdf:long_name = "area_fraction" ; c3per_to_secdf:units = "1" ; c3per_to_secdf:cell_methods = "time:mean" ; c3per_to_secdf:standard_name_description = "transition from C3 perennial crops to secondary vegetation on LUH2 potential forest land" ; c3per_to_secdf:standard_name = "transition from C3 perennial crops to potentially forested secondary land" ; float c3per_to_secdn(time, lat, lon) ; c3per_to_secdn:missing_value = 1.e+20f ; c3per_to_secdn:_Fillvalue = 1.e+20f ; c3per_to_secdn:long_name = "area_fraction" ; c3per_to_secdn:units = "1" ; c3per_to_secdn:cell_methods = "time:mean" ; c3per_to_secdn:standard_name_description = "transition from C3 perennial crops to secondary vegetation on LUH2 potential non-forest land" ; c3per_to_secdn:standard_name = "transition from C3 perennial crops to potentially non-forested secondary land" ; float c3per_to_urban(time, lat, lon) ; c3per_to_urban:missing_value = 1.e+20f ; c3per_to_urban:_Fillvalue = 1.e+20f ; c3per_to_urban:standard_name = "transition from C3 perennial crops to urban land" ; c3per_to_urban:long_name = "area_fraction" ; c3per_to_urban:units = "1" ; c3per_to_urban:cell_methods = "time:mean" ; float c3per_to_c3ann(time, lat, lon) ; c3per_to_c3ann:missing_value = 1.e+20f ; c3per_to_c3ann:_Fillvalue = 1.e+20f ; c3per_to_c3ann:standard_name = "transition from C3 perennial crops to C3 annual crops" ; c3per_to_c3ann:long_name = "area_fraction" ; c3per_to_c3ann:units = "1" ; c3per_to_c3ann:cell_methods = "time:mean" ; float c3per_to_c4ann(time, lat, lon) ; c3per_to_c4ann:missing_value = 1.e+20f ; c3per_to_c4ann:_Fillvalue = 1.e+20f ; c3per_to_c4ann:standard_name = "transition from C3 perennial crops to C4 annual crops" ; c3per_to_c4ann:long_name = "area_fraction" ; c3per_to_c4ann:units = "1" ; c3per_to_c4ann:cell_methods = "time:mean" ; float c3per_to_c4per(time, lat, lon) ; c3per_to_c4per:missing_value = 1.e+20f ; c3per_to_c4per:_Fillvalue = 1.e+20f ; c3per_to_c4per:standard_name = "transition from C3 perennial crops to C4 perennial crops" ; c3per_to_c4per:long_name = "area_fraction" ; c3per_to_c4per:units = "1" ; c3per_to_c4per:cell_methods = "time:mean" ; float c3per_to_c3nfx(time, lat, lon) ; c3per_to_c3nfx:missing_value = 1.e+20f ; c3per_to_c3nfx:_Fillvalue = 1.e+20f ; c3per_to_c3nfx:standard_name = "transition from C3 perennial crops to C3 nitrogen-fixing crops" ; c3per_to_c3nfx:long_name = "area_fraction" ; c3per_to_c3nfx:units = "1" ; c3per_to_c3nfx:cell_methods = "time:mean" ; float c3per_to_pastr(time, lat, lon) ; c3per_to_pastr:missing_value = 1.e+20f ; c3per_to_pastr:_Fillvalue = 1.e+20f ; c3per_to_pastr:standard_name = "transition from C3 perennial crops to managed pasture" ; c3per_to_pastr:long_name = "area_fraction" ; c3per_to_pastr:units = "1" ; c3per_to_pastr:cell_methods = "time:mean" ; float c3per_to_range(time, lat, lon) ; c3per_to_range:missing_value = 1.e+20f ; c3per_to_range:_Fillvalue = 1.e+20f ; c3per_to_range:standard_name = "transition from C3 perennial crops to rangeland" ; c3per_to_range:long_name = "area_fraction" ; c3per_to_range:units = "1" ; c3per_to_range:cell_methods = "time:mean" ; float c4per_to_secdf(time, lat, lon) ; c4per_to_secdf:missing_value = 1.e+20f ; c4per_to_secdf:_Fillvalue = 1.e+20f ; c4per_to_secdf:long_name = "area_fraction" ; c4per_to_secdf:units = "1" ; c4per_to_secdf:cell_methods = "time:mean" ; c4per_to_secdf:standard_name_description = "transition from C4 perennial crops to secondary vegetation on LUH2 potential forest land" ; c4per_to_secdf:standard_name = "transition from C4 perennial crops to potentially forested secondary land" ; float c4per_to_secdn(time, lat, lon) ; c4per_to_secdn:missing_value = 1.e+20f ; c4per_to_secdn:_Fillvalue = 1.e+20f ; c4per_to_secdn:long_name = "area_fraction" ; c4per_to_secdn:units = "1" ; c4per_to_secdn:cell_methods = "time:mean" ; c4per_to_secdn:standard_name_description = "transition from C4 perennial crops to secondary vegetation on LUH2 potential non-forest land" ; c4per_to_secdn:standard_name = "transition from C4 perennial crops to potentially non-forested secondary land" ; float c4per_to_urban(time, lat, lon) ; c4per_to_urban:missing_value = 1.e+20f ; c4per_to_urban:_Fillvalue = 1.e+20f ; c4per_to_urban:standard_name = "transition from C4 perennial crops to urban land" ; c4per_to_urban:long_name = "area_fraction" ; c4per_to_urban:units = "1" ; c4per_to_urban:cell_methods = "time:mean" ; float c4per_to_c3ann(time, lat, lon) ; c4per_to_c3ann:missing_value = 1.e+20f ; c4per_to_c3ann:_Fillvalue = 1.e+20f ; c4per_to_c3ann:standard_name = "transition from C4 perennial crops to C3 annual crops" ; c4per_to_c3ann:long_name = "area_fraction" ; c4per_to_c3ann:units = "1" ; c4per_to_c3ann:cell_methods = "time:mean" ; float c4per_to_c4ann(time, lat, lon) ; c4per_to_c4ann:missing_value = 1.e+20f ; c4per_to_c4ann:_Fillvalue = 1.e+20f ; c4per_to_c4ann:standard_name = "transition from C4 perennial crops to C4 annual crops" ; c4per_to_c4ann:long_name = "area_fraction" ; c4per_to_c4ann:units = "1" ; c4per_to_c4ann:cell_methods = "time:mean" ; float c4per_to_c3per(time, lat, lon) ; c4per_to_c3per:missing_value = 1.e+20f ; c4per_to_c3per:_Fillvalue = 1.e+20f ; c4per_to_c3per:standard_name = "transition from C4 perennial crops to C3 perennial crops" ; c4per_to_c3per:long_name = "area_fraction" ; c4per_to_c3per:units = "1" ; c4per_to_c3per:cell_methods = "time:mean" ; float c4per_to_c3nfx(time, lat, lon) ; c4per_to_c3nfx:missing_value = 1.e+20f ; c4per_to_c3nfx:_Fillvalue = 1.e+20f ; c4per_to_c3nfx:standard_name = "transition from C4 perennial crops to C3 nitrogen-fixing crops" ; c4per_to_c3nfx:long_name = "area_fraction" ; c4per_to_c3nfx:units = "1" ; c4per_to_c3nfx:cell_methods = "time:mean" ; float c4per_to_pastr(time, lat, lon) ; c4per_to_pastr:missing_value = 1.e+20f ; c4per_to_pastr:_Fillvalue = 1.e+20f ; c4per_to_pastr:standard_name = "transition from C4 perennial crops to managed pasture" ; c4per_to_pastr:long_name = "area_fraction" ; c4per_to_pastr:units = "1" ; c4per_to_pastr:cell_methods = "time:mean" ; float c4per_to_range(time, lat, lon) ; c4per_to_range:missing_value = 1.e+20f ; c4per_to_range:_Fillvalue = 1.e+20f ; c4per_to_range:standard_name = "transition from C4 perennial crops to rangeland" ; c4per_to_range:long_name = "area_fraction" ; c4per_to_range:units = "1" ; c4per_to_range:cell_methods = "time:mean" ; float c3nfx_to_secdf(time, lat, lon) ; c3nfx_to_secdf:missing_value = 1.e+20f ; c3nfx_to_secdf:_Fillvalue = 1.e+20f ; c3nfx_to_secdf:long_name = "area_fraction" ; c3nfx_to_secdf:units = "1" ; c3nfx_to_secdf:cell_methods = "time:mean" ; c3nfx_to_secdf:standard_name_description = "transition from C3 nitrogen-fixing crops to secondary vegetation on LUH2 potential forest land" ; c3nfx_to_secdf:standard_name = "transition from C3 nitrogen-fixing crops to potentially forested secondary land" ; float c3nfx_to_secdn(time, lat, lon) ; c3nfx_to_secdn:missing_value = 1.e+20f ; c3nfx_to_secdn:_Fillvalue = 1.e+20f ; c3nfx_to_secdn:long_name = "area_fraction" ; c3nfx_to_secdn:units = "1" ; c3nfx_to_secdn:cell_methods = "time:mean" ; c3nfx_to_secdn:standard_name_description = "transition from C3 nitrogen-fixing crops to secondary vegetation on LUH2 potential non-forest land" ; c3nfx_to_secdn:standard_name = "transition from C3 nitrogen-fixing crops to potentially non-forested secondary land" ; float c3nfx_to_urban(time, lat, lon) ; c3nfx_to_urban:missing_value = 1.e+20f ; c3nfx_to_urban:_Fillvalue = 1.e+20f ; c3nfx_to_urban:standard_name = "transition from C3 nitrogen-fixing crops to urban land" ; c3nfx_to_urban:long_name = "area_fraction" ; c3nfx_to_urban:units = "1" ; c3nfx_to_urban:cell_methods = "time:mean" ; float c3nfx_to_c3ann(time, lat, lon) ; c3nfx_to_c3ann:missing_value = 1.e+20f ; c3nfx_to_c3ann:_Fillvalue = 1.e+20f ; c3nfx_to_c3ann:standard_name = "transition from C3 nitrogen-fixing crops to C3 annual crops" ; c3nfx_to_c3ann:long_name = "area_fraction" ; c3nfx_to_c3ann:units = "1" ; c3nfx_to_c3ann:cell_methods = "time:mean" ; float c3nfx_to_c4ann(time, lat, lon) ; c3nfx_to_c4ann:missing_value = 1.e+20f ; c3nfx_to_c4ann:_Fillvalue = 1.e+20f ; c3nfx_to_c4ann:standard_name = "transition from C3 nitrogen-fixing crops to C4 annual crops" ; c3nfx_to_c4ann:long_name = "area_fraction" ; c3nfx_to_c4ann:units = "1" ; c3nfx_to_c4ann:cell_methods = "time:mean" ; float c3nfx_to_c3per(time, lat, lon) ; c3nfx_to_c3per:missing_value = 1.e+20f ; c3nfx_to_c3per:_Fillvalue = 1.e+20f ; c3nfx_to_c3per:standard_name = "transition from C3 nitrogen-fixing crops to C3 perennial crops" ; c3nfx_to_c3per:long_name = "area_fraction" ; c3nfx_to_c3per:units = "1" ; c3nfx_to_c3per:cell_methods = "time:mean" ; float c3nfx_to_c4per(time, lat, lon) ; c3nfx_to_c4per:missing_value = 1.e+20f ; c3nfx_to_c4per:_Fillvalue = 1.e+20f ; c3nfx_to_c4per:standard_name = "transition from C3 nitrogen-fixing crops to C4 perennial crops" ; c3nfx_to_c4per:long_name = "area_fraction" ; c3nfx_to_c4per:units = "1" ; c3nfx_to_c4per:cell_methods = "time:mean" ; float c3nfx_to_pastr(time, lat, lon) ; c3nfx_to_pastr:missing_value = 1.e+20f ; c3nfx_to_pastr:_Fillvalue = 1.e+20f ; c3nfx_to_pastr:standard_name = "transition from C3 nitrogen-fixing crops to managed pasture" ; c3nfx_to_pastr:long_name = "area_fraction" ; c3nfx_to_pastr:units = "1" ; c3nfx_to_pastr:cell_methods = "time:mean" ; float c3nfx_to_range(time, lat, lon) ; c3nfx_to_range:missing_value = 1.e+20f ; c3nfx_to_range:_Fillvalue = 1.e+20f ; c3nfx_to_range:standard_name = "transition from C3 nitrogen-fixing crops to rangeland" ; c3nfx_to_range:long_name = "area_fraction" ; c3nfx_to_range:units = "1" ; c3nfx_to_range:cell_methods = "time:mean" ; float pastr_to_secdf(time, lat, lon) ; pastr_to_secdf:missing_value = 1.e+20f ; pastr_to_secdf:_Fillvalue = 1.e+20f ; pastr_to_secdf:long_name = "area_fraction" ; pastr_to_secdf:units = "1" ; pastr_to_secdf:cell_methods = "time:mean" ; pastr_to_secdf:standard_name_description = "transition from managed pasture to secondary vegetation on LUH2 potential forest land" ; pastr_to_secdf:standard_name = "transition from managed pasture to potentially forested secondary land" ; float pastr_to_secdn(time, lat, lon) ; pastr_to_secdn:missing_value = 1.e+20f ; pastr_to_secdn:_Fillvalue = 1.e+20f ; pastr_to_secdn:long_name = "area_fraction" ; pastr_to_secdn:units = "1" ; pastr_to_secdn:cell_methods = "time:mean" ; pastr_to_secdn:standard_name_description = "transition from managed pasture to secondary vegetation on LUH2 potential non-forest land" ; pastr_to_secdn:standard_name = "transition from managed pasture to potentially non-forested secondary land" ; float pastr_to_urban(time, lat, lon) ; pastr_to_urban:missing_value = 1.e+20f ; pastr_to_urban:_Fillvalue = 1.e+20f ; pastr_to_urban:standard_name = "transition from managed pasture to urban land" ; pastr_to_urban:long_name = "area_fraction" ; pastr_to_urban:units = "1" ; pastr_to_urban:cell_methods = "time:mean" ; float pastr_to_c3ann(time, lat, lon) ; pastr_to_c3ann:missing_value = 1.e+20f ; pastr_to_c3ann:_Fillvalue = 1.e+20f ; pastr_to_c3ann:standard_name = "transition from managed pasture to C3 annual crops" ; pastr_to_c3ann:long_name = "area_fraction" ; pastr_to_c3ann:units = "1" ; pastr_to_c3ann:cell_methods = "time:mean" ; float pastr_to_c4ann(time, lat, lon) ; pastr_to_c4ann:missing_value = 1.e+20f ; pastr_to_c4ann:_Fillvalue = 1.e+20f ; pastr_to_c4ann:standard_name = "transition from managed pasture to C4 annual crops" ; pastr_to_c4ann:long_name = "area_fraction" ; pastr_to_c4ann:units = "1" ; pastr_to_c4ann:cell_methods = "time:mean" ; float pastr_to_c3per(time, lat, lon) ; pastr_to_c3per:missing_value = 1.e+20f ; pastr_to_c3per:_Fillvalue = 1.e+20f ; pastr_to_c3per:standard_name = "transition from managed pasture to C3 perennial crops" ; pastr_to_c3per:long_name = "area_fraction" ; pastr_to_c3per:units = "1" ; pastr_to_c3per:cell_methods = "time:mean" ; float pastr_to_c4per(time, lat, lon) ; pastr_to_c4per:missing_value = 1.e+20f ; pastr_to_c4per:_Fillvalue = 1.e+20f ; pastr_to_c4per:standard_name = "transition from managed pasture to C4 perennial crops" ; pastr_to_c4per:long_name = "area_fraction" ; pastr_to_c4per:units = "1" ; pastr_to_c4per:cell_methods = "time:mean" ; float pastr_to_c3nfx(time, lat, lon) ; pastr_to_c3nfx:missing_value = 1.e+20f ; pastr_to_c3nfx:_Fillvalue = 1.e+20f ; pastr_to_c3nfx:standard_name = "transition from managed pasture to C3 nitrogen-fixing crops" ; pastr_to_c3nfx:long_name = "area_fraction" ; pastr_to_c3nfx:units = "1" ; pastr_to_c3nfx:cell_methods = "time:mean" ; float pastr_to_range(time, lat, lon) ; pastr_to_range:missing_value = 1.e+20f ; pastr_to_range:_Fillvalue = 1.e+20f ; pastr_to_range:standard_name = "transition from managed pasture to rangeland" ; pastr_to_range:long_name = "area_fraction" ; pastr_to_range:units = "1" ; pastr_to_range:cell_methods = "time:mean" ; float range_to_secdf(time, lat, lon) ; range_to_secdf:missing_value = 1.e+20f ; range_to_secdf:_Fillvalue = 1.e+20f ; range_to_secdf:long_name = "area_fraction" ; range_to_secdf:units = "1" ; range_to_secdf:cell_methods = "time:mean" ; range_to_secdf:standard_name_description = "transition from rangeland to secondary vegetation on LUH2 potential forest land" ; range_to_secdf:standard_name = "transition from rangeland to potentially forested secondary land" ; float range_to_secdn(time, lat, lon) ; range_to_secdn:missing_value = 1.e+20f ; range_to_secdn:_Fillvalue = 1.e+20f ; range_to_secdn:long_name = "area_fraction" ; range_to_secdn:units = "1" ; range_to_secdn:cell_methods = "time:mean" ; range_to_secdn:standard_name_description = "transition from rangeland to secondary vegetation on LUH2 potential non-forest land" ; range_to_secdn:standard_name = "transition from rangeland to potentially non-forested secondary land" ; float range_to_urban(time, lat, lon) ; range_to_urban:missing_value = 1.e+20f ; range_to_urban:_Fillvalue = 1.e+20f ; range_to_urban:standard_name = "transition from rangeland to urban land" ; range_to_urban:long_name = "area_fraction" ; range_to_urban:units = "1" ; range_to_urban:cell_methods = "time:mean" ; float range_to_c3ann(time, lat, lon) ; range_to_c3ann:missing_value = 1.e+20f ; range_to_c3ann:_Fillvalue = 1.e+20f ; range_to_c3ann:standard_name = "transition from rangeland to C3 annual crops" ; range_to_c3ann:long_name = "area_fraction" ; range_to_c3ann:units = "1" ; range_to_c3ann:cell_methods = "time:mean" ; float range_to_c4ann(time, lat, lon) ; range_to_c4ann:missing_value = 1.e+20f ; range_to_c4ann:_Fillvalue = 1.e+20f ; range_to_c4ann:standard_name = "transition from rangeland to C4 annual crops" ; range_to_c4ann:long_name = "area_fraction" ; range_to_c4ann:units = "1" ; range_to_c4ann:cell_methods = "time:mean" ; float range_to_c3per(time, lat, lon) ; range_to_c3per:missing_value = 1.e+20f ; range_to_c3per:_Fillvalue = 1.e+20f ; range_to_c3per:standard_name = "transition from rangeland to C3 perennial crops" ; range_to_c3per:long_name = "area_fraction" ; range_to_c3per:units = "1" ; range_to_c3per:cell_methods = "time:mean" ; float range_to_c4per(time, lat, lon) ; range_to_c4per:missing_value = 1.e+20f ; range_to_c4per:_Fillvalue = 1.e+20f ; range_to_c4per:standard_name = "transition from rangeland to C4 perennial crops" ; range_to_c4per:long_name = "area_fraction" ; range_to_c4per:units = "1" ; range_to_c4per:cell_methods = "time:mean" ; float range_to_c3nfx(time, lat, lon) ; range_to_c3nfx:missing_value = 1.e+20f ; range_to_c3nfx:_Fillvalue = 1.e+20f ; range_to_c3nfx:standard_name = "transition from rangeland to C3 nitrogen-fixing crops" ; range_to_c3nfx:long_name = "area_fraction" ; range_to_c3nfx:units = "1" ; range_to_c3nfx:cell_methods = "time:mean" ; float range_to_pastr(time, lat, lon) ; range_to_pastr:missing_value = 1.e+20f ; range_to_pastr:_Fillvalue = 1.e+20f ; range_to_pastr:standard_name = "transition from rangeland to managed pasture" ; range_to_pastr:long_name = "area_fraction" ; range_to_pastr:units = "1" ; range_to_pastr:cell_methods = "time:mean" ; float primf_harv(time, lat, lon) ; primf_harv:missing_value = 1.e+20f ; primf_harv:_Fillvalue = 1.e+20f ; primf_harv:long_name = "wood harvest area from primary vegetation on LUH2 potential forest land" ; primf_harv:units = "1" ; primf_harv:cell_methods = "time:mean" ; primf_harv:standard_name_description = "area_fraction" ; primf_harv:standard_name = "wood harvest area from primary forest land" ; float primn_harv(time, lat, lon) ; primn_harv:missing_value = 1.e+20f ; primn_harv:_Fillvalue = 1.e+20f ; primn_harv:long_name = "wood harvest area from primary vegetation on LUH2 potential non-forest land" ; primn_harv:units = "1" ; primn_harv:cell_methods = "time:mean" ; primn_harv:standard_name_description = "area_fraction" ; primn_harv:standard_name = "wood harvest area from primary non forest land" ; float secmf_harv(time, lat, lon) ; secmf_harv:missing_value = 1.e+20f ; secmf_harv:_Fillvalue = 1.e+20f ; secmf_harv:long_name = "wood harvest area from secondary mature vegetation on LUH2 potential forest land" ; secmf_harv:units = "1" ; secmf_harv:cell_methods = "time:mean" ; secmf_harv:standard_name_description = "area_fraction" ; secmf_harv:standard_name = "wood harvest area from secondary mature forest land" ; float secyf_harv(time, lat, lon) ; secyf_harv:missing_value = 1.e+20f ; secyf_harv:_Fillvalue = 1.e+20f ; secyf_harv:long_name = "wood harvest area from secondary young vegetation on LUH2 potential forest land " ; secyf_harv:units = "1" ; secyf_harv:cell_methods = "time:mean" ; secyf_harv:standard_name_description = "area_fraction" ; secyf_harv:standard_name = "wood harvest area from secondary young forest land" ; float secnf_harv(time, lat, lon) ; secnf_harv:missing_value = 1.e+20f ; secnf_harv:_Fillvalue = 1.e+20f ; secnf_harv:long_name = "wood harvest area from secondary vegetation on LUH2 potential non-forest land" ; secnf_harv:units = "1" ; secnf_harv:cell_methods = "time:mean" ; secnf_harv:standard_name_description = "area_fraction" ; secnf_harv:standard_name = "wood harvest area from secondary non forest land" ; float primf_bioh(time, lat, lon) ; primf_bioh:missing_value = 1.e+20f ; primf_bioh:_Fillvalue = 1.e+20f ; primf_bioh:long_name = "wood harvest biomass carbon from primary vegetation on LUH2 potential forest land" ; primf_bioh:units = "kg" ; primf_bioh:cell_methods = "time:mean" ; primf_bioh:standard_name_description = "vegetation_carbon_content" ; primf_bioh:standard_name = "wood harvest biomass carbon from primary forest land" ; float primn_bioh(time, lat, lon) ; primn_bioh:missing_value = 1.e+20f ; primn_bioh:_Fillvalue = 1.e+20f ; primn_bioh:long_name = "wood harvest biomass carbon from primary vegetation on LUH2 potential non-forest land" ; primn_bioh:units = "kg" ; primn_bioh:cell_methods = "time:mean" ; primn_bioh:standard_name_description = "vegetation_carbon_content" ; primn_bioh:standard_name = "wood harvest biomass carbon from primary non forest land" ; float secmf_bioh(time, lat, lon) ; secmf_bioh:missing_value = 1.e+20f ; secmf_bioh:_Fillvalue = 1.e+20f ; secmf_bioh:long_name = "wood harvest biomass carbon from secondary mature vegetation on LUH2 potential forest land" ; secmf_bioh:units = "kg" ; secmf_bioh:cell_methods = "time:mean" ; secmf_bioh:standard_name_description = "vegetation_carbon_content" ; secmf_bioh:standard_name = "wood harvest biomass carbon from secondary mature forest land" ; float secyf_bioh(time, lat, lon) ; secyf_bioh:missing_value = 1.e+20f ; secyf_bioh:_Fillvalue = 1.e+20f ; secyf_bioh:long_name = "wood harvest biomass carbon from secondary young vegetation on LUH2 potential forest land" ; secyf_bioh:units = "kg" ; secyf_bioh:cell_methods = "time:mean" ; secyf_bioh:standard_name_description = "vegetation_carbon_content" ; secyf_bioh:standard_name = "wood harvest biomass carbon from secondary young forest land" ; float secnf_bioh(time, lat, lon) ; secnf_bioh:missing_value = 1.e+20f ; secnf_bioh:_Fillvalue = 1.e+20f ; secnf_bioh:long_name = "wood harvest biomass carbon from secondary vegetation on LUH2 potential non-forest land" ; secnf_bioh:units = "kg" ; secnf_bioh:cell_methods = "time:mean" ; secnf_bioh:standard_name_description = "vegetation_carbon_content" ; secnf_bioh:standard_name = "wood harvest biomass carbon from secondary non forest land" ; double lat_bounds(lat, bounds) ; double lon_bounds(lon, bounds) ; int time_bnds(time, bounds) ; // global attributes: :host = "UMD College Park" ; :comment = "LUH2" ; :contact = " steve.frolking@
null unh.edu
:creation_date = "2018-10-03T09:34:40Z" ; :title = "UofMD LUH2f dataset prepared for input4MIPs" ; :activity_id = "input4MIPs" ; :Conventions = "CF-1.6" ; :data_structure = "grid" ; :dataset_category = "landState" ; :variable_id = "multiple" ; :grid_label = "gn" ; :mip_era = "CMIP6" ; :further_info_url = "http://luh.umd.edu " ; :frequency = "yr" ; :institution_id = "UofMD" ; :realm = "land" ; :references = "Hurtt, Chini et al. 2011" ; :license = "Land-Use Harmonization data produced by the University of Maryland is licensed under a Creative Commons Attribution \"Share Alike\" 4.0 International License (http://creativecommons.org/licenses/by/4.0/ ). The data producers and data providers make no warranty, either express or implied, including but not limited to, warranties of merchantability and fitness for a particular purpose. All liabilities arising from the supply of the information (including any liability arising in negligence) are excluded to the fullest extent permitted by law." ; :target_mip = "[‘ScenarioMIP’, ‘AerChemMIP’, ‘C4MIP’, ‘DCPP’, ‘GeoMIP’, ‘LS3MIP’, ‘LUMIP’]" ; :source_id = "UofMD-landState-MAGPIE-ssp534-2-1-f" ; :source = "LUH2 v2.1f: Land-Use Harmonization Data Set" ; :institution = "University of Maryland (UofMD), College Park, MD 20742, USA" ; :tracking_id = "hdl:21.14100/442aaf6a-0d49-4792-a986-30b122208326" ; :NCO = "netCDF Operators version 4.7.5-alpha03 (http://nco.sf.net )" ; :source_version = "2.1f" ; }