| UV-A Radiation Reaching the Ground in France (1993 - 2002) |
ca77ace7-3765-4a63-b823-9d40cf514293 |
| ATLAS_PACA_DISTRICT_DIVISION_EPSG_4326_16b |
712a5e08898d473c1a3f8fd4478c8657263fb69c |
| ATLAS_PACA_MIN_TEMPERATURE_MONTH11_NCEP_EPSG_4326_r32 |
282e5dda9e7aea4fb6ba6b0e558f38c4b049d4e2 |
| ATLAS_PACA_MEAN_TEMPERATURE_MONTH03_NCEP_EPSG_4326_r32 |
eff38c763c0cf108e9d1b5fb1654b8e61b03617a |
| ATLAS_PACA_LAND_USE_CLC2006_EPSG_4326_8b |
371dac4a7c1cc193f058dfa62689339acf18c33c |
| ATLAS_PACA_BTI_02 |
bbcabcd6416f7fb7e5eeb6af79edcdbae7bf2046 |
| HelioClim3v4-MC_GHI_Jan2005 |
1d5311064f24708b9d4bd424e01c4757ca9c2eea |
| HelioClim3v4-MC_DHI_year2005 |
2076b48d6ea29cd61ed6e15a59d574629c2f1fde |
| ATLAS_PACA_MAX_TEMPERATURE_MONTH10_NCEP_EPSG_4326_r32 |
257e549609f11c7fcff5015cdc3e3018db2b314d |
| Representative Life Cycle Environmental Impact Assessment of prospective trajectories – A novel parametric approach and its computational implementation |
43462fa3-5f8d-48be-b334-32a3b35cb6a7 |
| HelioClim3v4-MC_GHI_Sep2005 |
a8db4ea9ff6c076802a25cb218023164556c4b34 |
| HelioClim3v4-MC_BNI_Feb2005 |
9deb5897f2cf9f1fa10aadc622e692c92c3c5f47 |
| ATLAS_PACA_MAX_TEMPERATURE_MONTH11_NCEP_EPSG_4326_r32 |
4e4603d0e81f2abe15d3282527f3ad45d210d787 |
| ATLAS_PACA_MAX_TEMPERATURE_MONTH03_NCEP_EPSG_4326_r32 |
013a96c8729f23f578bd39e1de594fb823490f8b |
| ATLAS_PACA_MEAN_TEMPERATURE_MONTH01_NCEP_EPSG_4326_r32 |
fe2124e8cef4726783437b6ac52055ddb2051965 |
| bom_solar_jan |
6cfbd977d99be5ff92e9584236fdabeaffc1f8e2 |
| HelioClim3v4-MC_BNI_Jun2005 |
142aec978a727863ed391b30c32f81db55451995 |
| ATLAS_PACA_MAX_TEMPERATURE_MONTH05_NCEP_EPSG_4326_r32 |
88d4672942560fab4264c2769d40892c65c11958 |
| ATLAS_PACA_MIN_TEMPERATURE_MONTH12_NCEP_EPSG_4326_r32 |
b30be4735419ef3345977cafe2732908cec8bdd2 |
| ATLAS_PACA_GTI_04 |
ff8b04d60c76300a838519f04ebf5149dba709e5 |
| ATLAS_PACA_TERRITORIAL_DIVISION_EPSG_4326_8b |
1e3f5998eba4ce42ac169ce80ebd762fe5534c3a |
| CAMS McClear: A time-series of solar radiation that would be received on a horizontal plane at ground level if the sky were cloud-free |
584bfd24-f3f2-4f51-bbd6-cf81c9616ef3 |
| HelioClim3v4-MC_DHI_Jul2005 |
261439506f41e2b86bda5a6df8dc36b9bbc50d93 |
| ATLAS_PACA_MEAN_TEMPERATURE_MONTH11_NCEP_EPSG_4326_r32 |
82b661b7efbb4982ddeeb5d0cecf39651acb1cf2 |
| EnerGEO Life cycle assessment for offshore wind turbines: map of ecosystems quality |
39196248-4b62-4363-b2cb-414858a3a1aa |
| ATLAS_PACA_MAX_TEMPERATURE_MODIS_UNIGE_EPSG_4326_r32 |
0fde2bfa067f1bafc09c1fcaacfda64ff42c95bf |
| HelioClim3v4-MC_GHI_Jul2005 |
d5f964cbc11cd84c292a88382eddde0069749f15 |
| HelioClim3v4-MC_DHI_Oct2005 |
d148d03c729ff31dfcd9e1805904f1dd2d97f3f7 |
| MADCast global horizontal irradiance forecasts |
a19696ff-572a-4fc6-95dc-d58d63624d41 |
| ATLAS_PACA_MIN_TEMPERATURE_MONTH09_NCEP_EPSG_4326_r32 |
b8ef0b3b59f2fb5c1662f02d0540b8784c2450a1 |
| ATLAS_PACA_GTI_05 |
b72c956f8ff24bab8910912166a4e1a694425580 |
| HelioClim3v4-MC_GHI_Feb2005 |
4c0a29aa9c7fd9d9358cb73fbcb65178af9860ce |
| HelioClim3v4-MC_GHI_Mar2005 |
215da02b910fd3af3a44c0d6cfe402635ba6b660 |
| ATLAS_PACA_MIN_TEMPERATURE_MONTH05_NCEP_EPSG_4326_r32 |
3358f46611e7e37537b834311df698ab3d4024d3 |
| bom_solar_dry |
8230799ea91c4dea56a3bc1431f9ebc036f7ad14 |
| HelioClim3v4-MC_GHI_Aug2005 |
955270ad3385269f678ac5ac48953b576efe71e5 |
| ATLAS_PACA_MEAN_TEMPERATURE_MONTH02_NCEP_EPSG_4326_r32 |
11808b66255f3aa050a2455947dd4f8a8ee00267 |
| HelioClim3v4-MC_GHI_Jun2005 |
2b200089dcbc69047445705e1e5eac4b98a6ea07 |
| ATLAS_PACA_ASPECT_SRTM_EPSG_4326_r32 |
f2c12533976cbece7033bf35f770ccb4c637ae6e |
| ATLAS_PACA_GTI_08 |
a55d7a19c3b63550216ebcf9ca43e648e1174d8e |
| HelioClim3v4-MC_DHI_May2005 |
aea0141750b9e8b8ede078fed982cff4066fe474 |
| ATLAS_PACA_GTI_03 |
af51f1fb470168fd4a50c698e1dd24b427f480b9 |
| HelioClim3v4-MC_GHI_Apr2005 |
420b446d86790f8fa402246f6faee55a4920a1f5 |
| ATLAS_PACA_MIN_TEMPERATURE_MONTH08_NCEP_EPSG_4326_r32 |
d5dc9dc6a47d9ce142388f56577c86fa743a50a7 |
| ATLAS_PACA_DTI_05 |
53d56f1aa670974dd583d0d1ce5ea9e0ce4d8100 |
| ATLAS_PACA_MEAN_TEMPERATURE_MONTH07_NCEP_EPSG_4326_r32 |
12c9beef9c16ab2eecf5e348e536ac304af778fa |
| ATLAS_PACA_MAX_TEMPERATURE_MONTH06_NCEP_EPSG_4326_r32 |
9597777af4c121e7e183bc6a464fc9063b6d391e |
| HelioClim3v4-MC_DHI_Sep2005 |
f0368c94dbf4f8c3198ac2afe74ba2337c4eaad3 |
| ATLAS_PACA_DTI_03 |
77c5ad92fcbb41eda5257d673df4563c5c27a114 |
| ATLAS_PACA_DTI_02 |
e01b6c3357004685b63fc3f0c1bdb9c49eb7c01b |
| ATLAS_PACA_GTI_06 |
1e41a7d015d12716564632bc55bb51772c70a197 |
| HelioClim3v4-MC_BNI_Nov2005 |
534ea681c1f4693b356323136f1bf7300676c41c |
| ATLAS_PACA_ZONE_NATURE_RESERVES_EPSG_4326_8b |
6e59135b9568a2f7dcb1fb081a0e41ce25111c19 |
| ATLAS_PACA_MAX_TEMPERATURE_MONTH01_NCEP_EPSG_4326_r32 |
78e81c0ad409922d6d1689cbbd1b5e6f3563bee4 |
| ATLAS_PACA_TERRITORIAL_DIVISION_EPSG_4326_SHP |
5696f807f7b357dff645ec3cdfea504c6dbc7122 |
| ATLAS_PACA_MEAN_TEMPERATURE_MONTH10_NCEP_EPSG_4326_r32 |
687e79056ac201ad8206c5efb3cd51273dc064e5 |
| ATLAS_PACA_BTI_03 |
e5bcc7f21bf1fe758f21e189f751229d8a5c6445 |
| bom_solar_aut |
7134634491d569909db2d88304ee7783f8ae4f01 |
| ATLAS_PACA_MIN_TEMPERATURE_MONTH10_NCEP_EPSG_4326_r32 |
f472fcb91b19d96392123902d55e04568a6d2a8b |
| ATLAS_PACA_MIN_TEMPERATURE_MONTH04_NCEP_EPSG_4326_r32 |
5e74fb8f46804dd9c41e07282fac5cd78b30944f |
| HelioClim3v4-MC_BNI_Jul2005 |
a2c5159a28f362e5adeeb431852c1976899d200f |
| ATLAS_PACA_MAX_TEMPERATURE_MONTH12_NCEP_EPSG_4326_r32 |
dc80c224c9fd1d3bae38b3001d7d394f2f136c42 |
| ATLAS_PACA_MIN_TEMPERATURE_MONTH06_NCEP_EPSG_4326_r32 |
9e2055f1ca42da6b7145a4a412e73214a981d41f |
| ATLAS_PACA_BTI_08 |
98aa469245200f63caf594df739c482201380a0c |
| ATLAS_PACA_MEAN_TEMPERATURE_MODIS_UNIGE_EPSG_4326_r32 |
e3eab913bc192f08ccd73efeb6504560aeae0109 |
| bom_solar_aug |
df7032cbe0c19f6e857fb9f89faac953a0abfa5c |
| HelioClim3v4-MC_BNI_Oct2005 |
ffc1b1a6043a7968c425094935755d4a894dbe0b |
| ATLAS_PACA_SLOPE_SRTM_EPSG_4326_r32 |
357cf43fabf97510e557b2e29be3435bbfdf4e78 |
| ATLAS_PACA_MEAN_TEMPERATURE_MONTH08_NCEP_EPSG_4326_r32 |
7d0414a47dfb8c406f3efac83dfd2a70e7f1243b |
| ATLAS_PACA_BTI_01 |
3cb5dfd22cde0fb1251d69daf9ba80aa76c2fff7 |
| ATLAS_PACA_DTI_01 |
39489547b1763fac1810daf3a92a457b00305328 |
| ATLAS_PACA_MEAN_TEMPERATURE_MONTH05_NCEP_EPSG_4326_r32 |
23bfb6210186f3df626532a7b53e08df7315e311 |
| ATLAS_PACA_BTI_07 |
4f07104fe05370f60851231d9318f119073409e0 |
| HelioClim3v4-MC_BNI_Jan2005 |
3b99b9ec6f4ef3f3e073509d75636c24a0b177d9 |
| HelioClim3v4-MC_DHI_Jan2005 |
79ae2ca56c1953ee4aca805c99673487e6a2ad92 |
| HelioClim3v4-MC_BNI_Mar2005 |
e04a2ab1611e17c81c784ec143f9670fc1cb093c |
| bom_solar_an |
45b1376f0f2c73b494350e1434e8be667f09442d |
| HelioClim3v4-MC_BNI_Dec2005 |
f7f31e84761119117f2c0ed4b545a74e065a7395 |
| ATLAS_PACA_MIN_TEMPERATURE_MODIS_UNIGE_EPSG_4326_r32 |
0fae00738504e61afeaf180f1b8ccfc3f8de3d32 |
| ATLAS_PACA_MEAN_TEMPERATURE_MONTH06_NCEP_EPSG_4326_r32 |
d53204bff70115999dbf03658a145c95a41df457 |
| Yearly Irradiation in Nigeria |
1e85db48-02e3-4928-aa78-3741f2409535 |
| EnerGEO Life cycle assessment for offshore wind turbines: map of DALYs |
d08b7c27-cd08-460c-bdb4-9c2d269c377b |
| Map of Averaged Solar Radiation 1990-2004 |
296d0157-a87c-4cb1-98f5-d3b7c860c39b |
| ATLAS_PACA_GTI_07 |
a27228d790687e9af029da9024714011d0346a71 |
| ATLAS_PACA_MIN_TEMPERATURE_MONTH03_NCEP_EPSG_4326_r32 |
8cc2fad2bf5212058faf2ec281ac0b21927bae57 |
| HelioClim3v4-MC_DHI_Nov2005 |
30b475e61fb67be151304285f677a019a6a013aa |
| ATLAS_PACA_MAX_TEMPERATURE_MONTH04_NCEP_EPSG_4326_r32 |
ea5a3e4b0c13fcd6757ac6b0379b76872f61c9d5 |
| EnerGEO Life cycle assessment for offshore wind turbines: map of resources |
27777f80-e50b-43a0-beed-68bc3ed2ae9a |
| ATLAS_PACA_MIN_TEMPERATURE_MONTH01_NCEP_EPSG_4326_r32 |
275b546a9cbcc56ee8d14d535c9e2431e27fa3fa |
| ATLAS_PACA_MEAN_TEMPERATURE_MONTH12_NCEP_EPSG_4326_r32 |
597c9395bed56509b12138019dcd12199d634429 |
| HelioClim3v4-MC_DHI_Jun2005 |
12586f029f6189dd30ad649912e7230a5c481927 |
| ATLAS_PACA_STD_TEMPERATURE_MODIS_UNIGE_EPSG_4326_r32 |
d24612040f95bbd25de863f8d354ce6bafdd8e85 |
| ATLAS_PACA_BTI_05 |
2c46bc4d41f98730d159d47a8cb166c1dcfc90f8 |
| bom_solar_feb |
7a88880e06540c3c5e68e1fdd900b5b47c8e9bd5 |
| HelioClim3v4-MC_BNI_year2005 |
0e18c4d2f9f22e471aac53622ba9149e0cb10123 |
| HelioClim3v4-MC_DHI_Feb2005 |
745dae8d05dfe3c26d8766ded98a1383fe929a16 |
| HelioClim3v4-MC_GHI_Nov2005 |
c420975aa9b2dd2828b3185d4e9764b7dfd1d83d |
| HelioClim3v4-MC_DHI_Apr2005 |
f4e21665418ddfd1a7b9a4ffdd55c1209bdccfa4 |
| HelioClim3v4-MC_DHI_Aug2005 |
cc94151f2e45544598bfb7114334d0190e3405c6 |
| ATLAS_PACA_MEAN_TEMPERATURE_MONTH09_NCEP_EPSG_4326_r32 |
4aa79822663df9250cf27b19cb03a246eb0b1f75 |
| ATLAS_PACA_DNI |
a6497de19b52ac90eedc1c9246fd21954b53738c |
| HelioClim3v4-MC_BNI_Apr2005 |
7eb3ae5696da9f30b6f4c30873862d720f8ee6d2 |
| ATLAS_PACA_MAX_TEMPERATURE_MONTH08_NCEP_EPSG_4326_r32 |
0e2c391c6e7274d8f964d4cced714eeb4e465b24 |
| bom_solar_apr |
3605d932c65ece7465ee81a4120a9bd936e08847 |
| ATLAS_PACA_GTI_02 |
44b2888bea1352b7a9a9a2a21e76b00c4e2ffcc2 |
| HelioClim3v4-MC_DHI_Mar2005 |
763f57410c11b364f3f961a43160d98e17c00b06 |
| ATLAS_PACA_GTI_01 |
cf94f16b8c4c295f91a8ae9d912f58105ccce6fb |
| WRF-Solar global horizontal irradiance forecasts |
2113727b-ef54-4164-9972-dbc722406a2c |
| ATLAS_PACA_BTI_04 |
7bed487d2be66ade8fb4b61b93d263368921362a |
| HelioClim3v4-MC_GHI_Oct2005 |
884b6492f6b683adc0b442534e16b1b751e4c759 |
| HelioClim3v4-MC_GHI_Dec2005 |
4e76bf7e5f4547e7f6153646a1c05ed84587eec3 |
| ATLAS_PACA_DTI_12 |
0fa24264ea3bf1467246d00f171b7e7e6c161c2b |
| bom_solar_dec |
a7355fb3732cd85ff74e6438de67aa6e2b473a75 |
| HelioClim3v4-MC_BNI_Sep2005 |
cd9f13ba0f7883abc6f3012b3c693841d787f0c8 |
| ATLAS_PACA_MEAN_TEMPERATURE_MONTH04_NCEP_EPSG_4326_r32 |
b4ac846f230fa082546d70bbdff0bf8b6b1b1d64 |
| ATLAS_PACA_DTI_06 |
b13bf1aabcb8aa2f5b9bd50b934c7eaa04767e85 |
| HelioClim3v4-MC_DHI_Dec2005 |
47601c657f215d1d69bf7fc34267632dc686bc74 |
| HelioClim-3 surface solar irradiation (2004-2010) KMZ archive |
d2ba600c-7e65-483b-b254-43aa8d2b4161 |
| MAD-WRF global horizontal irradiance forecasts |
b85f4d40-99ce-4d06-a403-bce18a01b488 |
| ATLAS_PACA_DTI_08 |
58c59542c1e4066998528ed9a8c6f5104fbd03dd |
| ATLAS_PACA_MEAN_TEMPERATURE_MSG_UNIGE_EPSG_4326_r32 |
a9ec68fe9b5a8a9b6573d7a220f5e94c9f61a6dd |
| ATLAS_PACA_DNI_EPSG_4326_8b |
3b5e6622ba563be4601424f7b53ee0aa6e1edca2 |
| ATLAS_PACA_ZONE_FLOOD_RISK_EPSG_4326_8b |
cfaf69e8bcc304efd98c6ac16c22b6419b9bcd5c |
| ATLAS_PACA_DISTRICT_DIVISION_EPSG_4326_SHP |
83d1eb75a449d41a01f23d9837706f4a901e46ea |
| ATLAS_PACA_SOURCE_POINTS_DISTKM_EPSG_4326_shp |
d43adf55ac11f711454d109502a26d99f16a942d |
| Yearly Irradiation in Europe in 2004 |
62ab3066-2823-4294-8200-b7959dc835df |
| ATLAS_PACA_MASK_EPSG_4326_8b |
b2e9a69ac8c6fce25181d4c071bb42c62a494ae9 |
| ATLAS_PACA_GTI_12 |
778d92475da5b1d40f7508b9fe2f6d04afccc99a |
| ATLAS_PACA_MAX_TEMPERATURE_MONTH07_NCEP_EPSG_4326_r32 |
3b45050ca6050cc6cf03839a3d007a5417c4b7d6 |
| ATLAS_PACA_BTI_12 |
f708ee8011a354fad9b563b7d391ad490f5c6ca8 |
| ATLAS_PACA_DTI_04 |
2f6f53f57c2de77d4a93f8e1d589e7adc5292aea |
| Africa - Photovoltaic Solar Electricity Potential |
16920eb2-2eaf-4629-8337-3626e70e4770 |
| HelioClim3v4-MC_GHI_May2005 |
ea74c95bf34ff3cab938a91aee9ab577c1e87bad |
| ATLAS_PACA_MIN_TEMPERATURE_MONTH02_NCEP_EPSG_4326_r32 |
71ac4ad5defdad75d3f1a7deed8396236cea58c0 |
| HelioClim3v4-MC_BNI_Aug2005 |
c7ae3618c1f9bda10725b5ce789f4b1f9b2c16b1 |
| ATLAS_PACA_MAX_TEMPERATURE_MONTH09_NCEP_EPSG_4326_r32 |
73cd8856bdd0185a9420fb6f957f9c83b8e819cc |
| ATLAS_PACA_MAX_TEMPERATURE_MONTH02_NCEP_EPSG_4326_r32 |
ece4db1a27bbadf992cab2b6a937abd7c4274393 |
| ATLAS_PACA_DTI_07 |
4852156e8d1c2ae884e9acf46ac873dfad01e085 |
| HelioClim3v4-MC_GHI_year2005 |
beceea6b6867562287d6c213127b143e2bd65b16 |
| ATLAS_PACA_DEM_SRTM_EPSG_4326_r32 |
fdafda7c43cb2f0981f5349249a06b878c9b3dea |
| ATLAS_PACA_WINDSPEED_10M_CLASSES_EPSG_4326_8b |
1ffbfced2f2f0b05d3b2ac7ef5ef4b50abdfb45b |
| ATLAS_PACA_MIN_TEMPERATURE_MONTH07_NCEP_EPSG_4326_r32 |
d8020fbc03a6ec829b30a38d2d6546584cacb303 |
| ATLAS_PACA_BTI_06 |
2efa79966e005f685fccf30f3fd810b415b21d66 |
| EnerGEO LLE (Life Lost Expectancy) Related to PM2.5 Concentration Dataset |
67fbd0bf-3557-4dc3-b0b7-949b070b478b |
| MODIS-derived surface BRDF for land and water masses from Thredss Data Server |
253a340f045ab210f0ff1cdab16c7a4af6f4594d |
| Togo_Benin_south_Wind_Speed_80m |
98e7b2173e908d12bdb60bebcfa2b7f5e911def6 |
| WindIntensity2001 |
c93220dc58ca91a3321321eb5cd5c9b84f82dcce |
| Water areas |
94d96a360b8e04535f00b9d7c83822f02bef535b |
| Global annual average daily direct normal irradiation |
1941bd8a71321f211e35cccaf936b945dc33c996 |
| Projects |
0241a398f7a32f3ca8036970d1056f587d5ac5e1 |
| Direct Normal Solar Irradiance (DNI) map for West Africa |
d6ac09ba0cf5961911819c160de1073b2d61b67f |
| CapeVerde_Wind_Speed_80m |
d2f2db07e12486fdc71b011a7269f117197cb5f5 |
| Senegal_Gambia_GuineeBissau_TEMP |
96dfe1689d21510268b7d90b97e9b50f789ca717 |
| SierraLeone_Wind_Power_density_40m |
63569e3ede40e792fffe015b04d3b60ca295455b |
| Togo_Benin_south_Wind_Power_density_80m |
c3bc4a9e44ef9e22df8767e78a08e2603a5fad32 |
| bom_solar_nov |
64ad48d0e56306fea320612cc327d4b42c0c06c9 |
| HC1_mean_Gd_1997 |
2340e51c87bca3c120892a0b6658307ee80e8b6b |
| HC1_mean_Gd_1989 |
dd2743d578ff8bb7b0db91c77ebf1225f978ad62 |
| offgrid_ecowas_2023 |
ee639f1e8122fa58b85f1ddc727fc9c8ff64d02d |
| Railway |
1a60b1b23b3f42b511aa6067e71a5ca0db8e78c2 |
| Global optimum tilt for equator-tilted PV modules |
0af2f936bb3375f08bebfd35c3fc4971edf74844 |
| HC1_mean_Gd_2004 |
8f1727f08a3eb923796bc91df9b2fb430ae81fe7 |
| SierraLeone_Wind_Speed_60m |
17611bd0c96b423f8fef883948598c715feaa8db |
| Togo_Benin_south_Wind_Speed_40m |
b42e7010e84f0886828a2fb3d957580b6907c7b7 |
| Precipitation seasonality |
a1be8279a3e4d8e282b77e3df126d880a24dd82a |
| pvgc_gwh |
2f5a9db4b5c4040476682e6234d764a908bc0ec4 |
| ecowpop |
5dd0df85bb29585944e014e3d362df1ee9b6f786 |
| WindIntensity1993 |
312a5106817c9f083c8d0ec3d62251a2aa7f3104 |
| WindIntensity2006 |
c91f796f6c2ab7a2811ae86db82ce591b37c06f8 |
| WindIntensity1992 |
b222a3be98b95712f00f8b9e83ce9f66dba8b332 |
| WindIntensity2002 |
861d312d2b9d25d04d50fce88b33cfd5607517e6 |
| CapeVerde_GHI |
f89faee85e4cf5c1c9036e7f4904e6a1815b4090 |
| WindIntensity1987 |
9cb90e594100485988b181761ba954151d430488 |
| HC1_mean_Gd_2003 |
cd4bde0337c6f2d9716a2859f00dd39c00ede67c |
| HC1_mean_Gd_1985 |
92c1761ee43ea4df298772b2cd663cd51c762f97 |
| Annual precipitation |
f1f8155aa5896a1b662ae193f95cfbc6bad247ab |
| WindIntensity1996 |
f49bf4fb2f991c265a92fb17452417c681d45ff8 |
| bom_solar_may |
297553f6ea75a6c29a9f25c2de1bfa83894bef70 |
| hydro2_subareas |
4afac5a4b6e14fbc637fe7a28899c75e7c454715 |
| SierraLeone_DNI |
9c7be99376aa8df90b0b7f60f31fc34d0ae1fe1e |
| Senegal_Gambia_GuineeBissau_Wind_Speed_60m |
a2c83bbca5695200fd4150c526aedb856793c8f7 |
| West Africa gas pipeline |
feaa33a2019cef2fe6bcec7b646b329dd1537851 |
| HC1_mean_Gd_2000 |
64f03cf278f1e36228036428275b77498cf8fe3e |
| Electricity demand in urban areas MWh |
189e1820141ec7873a129a3aa6614fc595582801 |
| density_offgrid_villages_2030 |
33543b46f4221ee8100e25d5ffa89c354827c49a |
| Suitability for Grid connected installations - ecological scenario |
bd0b5d5c3a6b3eda66552ba13c742c6300dace32 |
| WindIntensity1988 |
901d9362410cca61f4317bc112eac1930035bc40 |
| CapeVerde_DNI |
dcd71db816d4a205b58293bfe9b42290d38adb20 |
| Land suitability classes PV Grid connected |
95d595588dcf377c60538241bccab548c7a53226 |
| SierraLeone_Wind_Speed_40m |
707990cfe89e103128f834d7d9c4b053276b30d3 |
| ecreee_ecreee_Temperature |
b655ec6d99450def47f0c1aa4a7dbff0f33ab6ed |
| HC1_mean_Gd_1990 |
a5ca4bb50016d31503d22baa3561532c24b7646c |
| hydro2_subareas |
2c0848460c2e64cd367e5ee5d7d77fd3520b7efb |
| Togo and Benin_south DNI |
3cffabf1f4445d1386409cde42fe75c4b71a2e9e |
| HC1_mean_Gd_1996 |
5e97408f025abf51725c19cb5242209ce3de9e7d |
| Senegal_Gambia_GuineeBissau_Wind_Power_density_60m |
daab7f78eebc4c327ee02af3140d20c64c1366f4 |
| v_projects_simple |
78e38e02ef1df8c9a5cbd54bd7215486633acde9 |
| bom_solar_jun |
58294fbd4c6176feab1526e14c64912efb221ab6 |
| CapeVerde_Wind_Power_density_60m |
0a59810aaa5e4e3a3fb9dffca89cf45665ef9c59 |
| bom_solar_sum |
19dbc4e82c96d4be2713d1a2e7615db954f9428b |
| GHI_new |
e1e684c80b370d24e9071e3c814899071bd3d51b |
| education_ecowas_offgrid_2030 |
3e9dbf5b27dc6af994071d646f24f4a5c86d6271 |
| gridnetwork_2018_v3 |
11dc79989f8c97c52338439e033b6b1219278305 |
| CapeVerde_Wind_Power_density_40m |
26e92cbfb2e0d3cc9a7d23e1a7917eb0dce12ce2 |
| bom_solar_spr |
7bfa22602145570a9939d3a086e4084f4278fd8a |
| health_ecowas_offgrid_2030 |
c17d4d464ad7ce3e76f69348174811d2ef218fee |
| hh_offgrid_ecowas2023 |
e4c8a9d397fd5c28fb10f4b837b56f5807f023cd |
| Global annual average daily diffuse horizontal irradiation |
c23ae1feb4d9f024f977e84832d86b658e8972f4 |
| HC1_mean_Gd_1999 |
3cecda6d57b89320b9b2bd32123cf08ca6deae9e |
| distribut_grid_2019_v4 |
7adfb4f052afe990bc31c67e7eebbec1cae65f7c |
| SierraLeone_GHI |
e1ebdb5b87feec305a138af01bb808eeae797bcd |
| p_wettest_quarter_ecreee |
aa672f02b8bb15bd398083b2b2bc987c026a8c5f |
| offgrid_ecowas_2030 |
d4b89c9f3c6cf0aec172fb61149f3fdd0874c684 |
| ruri_kwh |
e911f8894f2820fe132c2bc96e7fb84036b23299 |
| HC1_mean_Gd_2001 |
6564e544f0b01aee3cbf4b446e09dde41d83f999 |
| WindIntensity2004 |
a74f8885b3fab7fe442cebd3eed27ba0487fd645 |
| Senegal_Gambia_GuineeBissau_Wind_Power_density_100m |
3ccac8fe054d3bebb087fc3f86a743f7cfcbb544 |
| HC1_mean_Gd_1998 |
5a06a9fcd4dfdc67a862648d7b08dc655daf1446 |
| WindIntensity2005 |
970a823efdf88c7ae65697c95b89c5e7e364099c |
| CapeVerde_Wind_Power_density_100m |
3cedaefe2e2e19daf6330a920403ec0ad027a756 |
| CapeVerde_Wind_Speed_100m |
87cf46d82545d088334ff3d368f7a000488dc4a5 |
| Energy generator |
5d9b487bbce91e6f068c2f9549a85014e14ec3d1 |
| education_ecowas_offgrid_2023_v2 |
c90b60103d8133ebaaba04c6e855774c072a67fb |
| hydro2_subareas |
b984f51d7567d4eb3bbcdc6a52a33db3ada26be8 |
| HC1_mean_Gd_1993 |
589b5f69435068d09f9c251df48613680e799e4c |
| ongrid_ecowas_2023 |
acb042b0860705179970823d884baa48e86ab990 |
| cemgs_10102019 |
7bedd787577c656b25d157d1f7466ff509458af4 |
| WindIntensity1985 |
25564ccdb762dd20dc1aba8c36039edab0d49f10 |
| ECOWAS countries boundaries |
5225b22929b98a32b476f9cf05a835f8a0617344 |
| Mean temperature wettest quarter |
98c206c2c81df8d779c2959556172aedf1313d6d |
| HC1_mean_Gd_1995 |
ee16425b3b7b99db0bde5a586342203a2dbbe5ca |
| WindIntensity2009 |
3afa8096fe7cfe5e4b2bd84b466bb48aee155e1e |
| Togo_Benin_south_TEMP |
c14f20efe979d74662eca60d8d0a2c54ebe4aca3 |
| SierraLeone_Wind_Power_density_60m |
7a2aca68cdcde03383219f4ed5d1cb2fb96afb08 |
| HC1_mean_Gd_1988 |
4418504d44238c3ff9662eceb548ee999e4e0837 |
| Stakeholders |
be2e126c04e7d9c756c15145eb758a1fde3fd59a |
| SierraLeone_Wind_Speed_80m |
f1317b9ce29c8a724f3ec01695b4214a40d0e1af |
| HC1_mean_Gd_1992 |
02922299c482be78922c0cfbf5563d5a8f084ddc |
| WindIntensity1995 |
7600af885d76576cba065f610af41aaa3a279d0a |
| HC1_mean_Gd_1987 |
efa29ad71a2a1cbbc89387cebb009ab804af4782 |
| Togo_Benin_south_GHI |
7eddcb102cf6e15c2b5d6b2fa123a8932db1a6a0 |
| Natural areas |
30bd091be89a6d12bf0d51575d81b8cfbceebb95 |
| Full MERRA dataset for 2012 |
6ac7271befbd698264420c198141c1b4fec93450 |
| SierraLeone_Wind_Power_density_100m |
9b5d238b494bfef23b41cf5e05f45ccb711ed072 |
| Togo_Benin_south_Wind_Speed_60m |
220c18f8f74123a00e14deed2dcf20435d449790 |
| WindIntensity1997 |
557a3c9474fc90205a5dfed8f0a6612a827c6c49 |
| Global irradiation at optimum tilt |
56623dd73a5aae69494ed2156087902301466aca |
| West Africa land cover map for 2000 |
ae3e1f3c6c4b6769795cca68bbfdcc2d67cacd92 |
| climaticzones |
7f4eefcd0004062ac791943863154fab8ff8da79 |
| WindIntensity2000 |
319d141c83baf6769916630bfba3fa7978ef8fec |
| Stations |
6d237daa51c97f39dc19f69b712a77c900229fa5 |
| ecowas_blankmap |
19cfea860354275c534159107c1a8a613dfba131 |
| WindIntensity2011 |
4ed4832c9c974cb75f6b14d94f368b7337cc1a2b |
| HC1_mean_Gd_1986 |
764665174dc7b95656dbdbd1726f2caa349d6e75 |
| Land suitability classes CSP Grid connected |
4a84a03fe523039f4e22c9041a2052cd26a11715 |
| ongrid_ecowas_2030 |
0aab64fb1d9ae3c12838cb1aaa05f183d77f679f |
| WindIntensity2008 |
3fb6cf51a18dd0cb7eed2d5d00407abbe6493dc7 |
| Togo_Benin_south_Wind_Speed_100m |
8d42fa38d3abe6efd7de618e3e7096ffa1343efc |
| minigrid_ecowas_2023 |
7fedd17c12226dfec9f5e7d2f064bf6b94eb0a37 |
| bom_solar_mar |
06b3dfe21fdb2b40c278e3055d8f6c0fa37fcd0b |
| spatial_location |
0430ba1def6ce373b7d4efb55de50b3fd2b45e2e |
| Togo_Benin_south_Wind_Power_density_100m |
50cb67a5c741caf578841b870a4cbb7e1a76403b |
| HC1_mean_Gd_1991 |
2ac57ce3d003c678f5153819498e79cff9655c5d |
| Togo_Benin_south_Wind_Power_density_60m |
5efb18e6065b97b03bd38c7ad988dd334a674c24 |
| settlements_locations_off_grid_irrigable_ecowas |
114c6a4e463f37fac42bc345d56bbb6e3ad00143 |
| CapeVerde_Wind_Speed_40m |
b615da2bf2719ca110b76b16af4ad647fdf78656 |
| SierraLeone_Wind_Power_density_80m |
9deb117dcddc3aaa98d0a0e937677932fe338e30 |
| bom_solar_jul |
0fd0dec3d6ede3b025c8c2b7c4e217e604f432d2 |
| Land suitability classes PV off-Grid |
ced07bc8e230cf5aff64b13b13e237895fa326f8 |
| hydro2_subareas |
8ca9f8ebfa47c6ab75fbb82b2b78815e7843a2f0 |
| Global potential photovoltaic electricity production |
c8229c39d98f37554684f22d6353c436fa57ba82 |
| CapeVerde_Wind_Speed_60m |
46619e787283b60aa443bb6392b57a2dc8cddcea |
| minigrid_ecowas_2030 |
aa7c835c6f319506ba6967e2d99907ea97991c62 |
| SierraLeone_TEMP |
a62675ab56ea293aa96605982d80979274684cf2 |
| density_offgrid_villages_2023 |
a759f377bd086514e01318e1020dbba65e8110f4 |
| wind |
455e074ef39a8b9615de230cc05c261623028586 |
| Senegal_Gambia_GuineeBissau_Wind_Power_density_80m |
686b009eebfb9849ba47abb95d9d2cea98d8aa24 |
| Suitability for Grid connected installations - practical scenario |
7abb1990e206a01f5038427d813e035fa0d30e6e |
| Suitability for off-Grid installations - practical scenario |
dc6b47b62dbd3ff2d62afa23549ef83253876222 |
| Background |
b4893e5b8904a545c9a340749b3516fea7a602e2 |
| Global annual average daily global horizontal irradiation |
4ca25d8976838da365211cbde5bfb672bf6e99f6 |
| WindIntensity1989 |
86a1bd281e287589662502fdfe7c2ce519eb4c79 |
| bom_solar_oct |
694e676b35dda33893d2c1800c87f2ea7c6dc943 |
| WindIntensity1990 |
e1f6f91085a6bdfdb9346223df8c7ba172deaf78 |
| rurr_kwh |
5c8edfc3dfc3082b16b357328ab47dfba79c61f7 |
| bom_solar_wet |
358814507120a71bf9867bb4f5ff81992cf31123 |
| Senegal_Gambia_GuineeBissau_Wind_Power_density_40m |
6bfebb82882085b87b8846d2f98f286dd4011c68 |
| WindIntensity2007 |
58dbb2a74fa1196b39ffcb00681f3a5918edac37 |
| hydro2_subareas |
fcfef64c6e44332bba5740d94fae1feadbfa34c8 |
| HC1_mean_Gd_1994 |
d34d3d11e1a84a5487b7989eb551fec605c52611 |
| spatial_population_cities |
f6fa6d6688e3709008df872cb6fbdf13a74207ec |
| WindIntensity2010 |
e4648a9ce9590f3ee6e59da5eb57262c7f796afb |
| Senegal_Gambia_GuineeBissau_Wind_Speed_80m |
93087a79f5cb08b14eda278afe2017b429ab2028 |
| pvog_gwh |
44160e3f4394d64bb5ac147d0f405fed6f963aff |
| WindIntensity1999 |
85a2ab70c439ba41ea1d84edaedbd73e6ddefa71 |
| SierraLeone_Wind_Speed_100m |
17df37c1595a684aebc5028b177a6175f6db91c6 |
| WindIntensity2003 |
36a3ff61d8d14c4063cd24adbce596fb96c84d86 |
| WindIntensity1998 |
0073eee65ec31fd486713c4c66620f0f3d00363e |
| Togo_Benin_south_Wind_Power_density_40m |
a5cd89ac10c34dcd4c08165b0c6f3b81ec7b1af6 |
| hh_offgrid_ecowas2030 |
792fce82b18de0b4b628357b3e91bd25366d2da4 |
| csp_gwh |
b996353191c78613647d3990a27fc84bf8759462 |
| Suitability for off-Grid installations - ecological scenario |
9492dca3571a64f9178ce8f3157558f7ae43c93a |
| merra_wind_speed |
e8858b3189cdd386d9e01787e12fe0b20e65be2f |
| HC1_mean_Gd_1985_2005 |
ce0b3c577d296a61adff80935c9849ba782e2e40 |
| WindIntensity1986 |
8a9d562f7f74b80f24f099d072bedab4b23f614a |
| bom_solar_win |
c1f17c383c52d1d7811b1e40aca61e154caabf3d |
| CapeVerde_TEMP |
4e4f0e2fa233a4cb14889c8eaa83b2c8b8415a52 |
| Senegal_Gambia_GuineeBissau_Wind_Speed_40m |
18c92cbd22e5a62800ebb5ff4c99afcf658b3a6e |
| WindIntensity1991 |
81c739df81f53ea8e5d959bc3255ac8bd91bc4cb |
| bom_solar_sep |
3d7c046361044c0cf770c78bf4cb1c18142486e5 |
| roads |
13f6e4318bd81be75730adb1928ca5f62903be7d |
| WindIntensity1994 |
2ed9b8ce8ac94de479b24ace358a62b8154b2eb9 |
| HC1_mean_Gd_2005 |
97dc708adba9c141f7bf2721b761dfbb2e06e38a |
| HC1_mean_Gd_2002 |
4901caf28cbaa4d1a6d3b679af984239cc8dd01c |
| Senegal_Gambia_GuineeBissau_Wind_Speed_100m |
7bf66e86acca19aad58b21c5235b8fce7314d7d6 |
| health_ecowas_offgrid_2023 |
47ab83caa984550ff1d9d06be0e381c98b9dd467 |
| ATLAS_PACA_SOURCE_POINTS_DISTKM_EPSG_4326_r32 |
63ed1c55ce5873e9ba9175682dcbe0f4bbf6f25f |
| Yearly Mean of Daily Irradiation in UV in the World |
7a744b4b-93f9-48ae-9814-04c835af6cd1 |
| HelioClim3v4-MC_BNI_May2005 |
ab5c668ba0e98979bcf274bb6c0fc7a424490da1 |
| EnerGEO Life cycle assessment for offshore wind turbines: carbon footprint map |
b74242aa-a7d3-4263-8deb-1ddf0914c418 |
| CAMS radiation: A time-series of solar radiation at ground level for Europe, Africa and Atlantic Ocean since 2004 |
86cad9de-1bc7-404b-bbd6-8a4f3e2f2101 |
| Africa – May average diffuse horizontal irradiation |
5e513caf5b57acc9b1d7269433e863a175e51b1f |
| Global July average wind speed at 20 m height |
10c1735fa6fa307070c4fc880393a5bf9ef7d3ec |
| Global April average diffuse horizontal irradiation |
92c34d5a3aefd5e1158059d76a2ee97496a7d38a |
| Global February average wind speed at 80 m height |
6aaad52894a71bde29a39287ec5cf2499242eaa0 |
| Europe – September average global horizontal irradiation |
5c5863324f7e6b1da360fb3e9646e569b7e182b0 |
| Global September average wind speed at 20 m height |
213c1b674fb5ab6143c3ec82d0c466f40973eaf1 |
| Global April average wind speed at 140 m height |
c9f98cb259159eec287e7202314e034bfb866726 |
| Global May average wind speed at 60 m height |
dd33b64779aab676fc8a44d6edbbe2a8380af4a5 |
| Global July average wind speed at 100 m height |
fbd9e193a566d93eab772301a98c59fc167829af |
| Global September average wind speed at 30 m height |
b2b4a6e7e3c682618418f3d7b8a4a39b05496d85 |
| Europe – November average diffuse horizontal irradiation |
5fcdba337c5201eb0b4a7b765c81b21e15f9d37e |
| Global annual average global horizontal irradiation |
33c48dfdb470077db2478709cbded81547a8f7c2 |
| Global annual average wind speed at 20 m height |
bd809e5aa2d9de1acb0e8118dd9d978fa1208ae3 |
| Global May average wind speed at 30 m height |
7ac09397c21163692003a7e85e5af851f8bc519c |
| Global November average wind speed at 140 m height |
0fb44cf3aa46309a8ab3b572056466828dc6144b |
| Global August average wind speed at 30 m height |
b89f1a6e3248a29732106851cb1930711e661454 |
| Europe – April average global horizontal irradiation |
6063e1579a4cadc648b2ee80ed5bc3b3f76c3012 |
| Global April average wind speed at 120 m height |
3424662de08351bf45c8d3dbddddf52f960a7fc7 |
| Global November average direct normal irradiation |
9c31763313f6e7a204e055da0cba3557ba760688 |
| Africa – May average global horizontal irradiation |
b07992cff7c452c201e663c687462807b2426620 |
| Europe – July average global horizontal irradiation |
685bf6ee13bed1d18555ba3351becf6e8d7c7b46 |
| Global June average wind speed at 10 m height |
63686d0bbae5bfc3f9ceb23680fd9839549cad53 |
| Global April average wind speed at 60 m height |
ca45e85755f522ee83fcf58f37fc79eb8d6e887f |
| Africa – December average global horizontal irradiation |
a059c40e15fcba1c0257fc20c4655819e7eb7d8f |
| Global October average wind speed at 60 m height |
302c98ff1cca3d39ed2f4e9ceb9bc8d6db3c66bc |
| Global April average wind speed at 100 m height |
9d5658feee1511b4e73e3bdb7dc43152a411fd6f |
| Global April average wind speed at 80 m height |
1969e5a587e3c188a2cfa165f6165c56b7d0164d |
| Europe – September average diffuse horizontal irradiation |
9db194d75a4c44207e9102d8a5f6cd60747d15c2 |
| Global June average direct normal irradiation |
c9f3510074d4fdb38737ef30b42750f50e62e697 |
| Europe – October average global horizontal irradiation |
26fef53173e759b4d83477d5b32404ce9fab54b4 |
| Global February average wind speed at 30 m height |
05cdbab47c7ac6382600862f143d901ee35c223f |
| Global June average wind speed at 100 m height |
446a3a6d30d08b582cc2eaa160a4301522f15f46 |
| Global March average wind speed at 30 m height |
27484bf842e39f725b4dabc48bd3841ba13a0db4 |
| Europe – annual average diffuse horizontal irradiation |
93e2b7a2f184ddbcb8595d5a6ecb0cbb02b90f17 |
| Global November average wind speed at 100 m height |
879a611ccebf954176d69225f879faeb35842d76 |
| Global February average wind speed at 10 m height |
c683baffbfdbfed926ca84f98b6fd5e0bd0a16df |
| Global March average global tilted irradiation at optimum angle |
4f45be45982bd1c2a8b7d49d7dcc370e051a7aa3 |
| Global July average wind speed at 80 m height |
eb54a929692f5d1227bd4dc9de311dcfdbf36b45 |
| Global April average wind speed at 30 m height |
5cfc3ec9e0ce37b1ded75d850946ee07f53caf3d |
| Global December average diffuse horizontal irradiation |
4658f599d532d2e8eb6cef85577ac3884661a142 |
| Europe – June average global horizontal irradiation |
3e3f06c079825503ad741e815b486f83992f5fd7 |
| Global January average wind speed at 80 m height |
d57d4b6bd979cbdc037a7b919b0a72b34cf13d12 |
| Global annual average wind speed at 120 m height |
9252401d9f8ffd53f3a457b5889c9f1b843db224 |
| Global annual average diffuse horizontal irradiation |
86714005c023fbc119da33f97934f83e5f27dbce |
| Global July average wind speed at 60 m height |
ed20f1cba16c7af2fa9fea24c0625958e1df1b06 |
| Global December average wind speed at 10 m height |
c3df5080ffca1809e0db9c30170f1bde0fbc011a |
| Global August average wind speed at 60 m height |
7eca4abcd8cbc258eab0cd9316e8647686a3a508 |
| Africa – October average diffuse horizontal irradiation |
a04b81b9fcdcc0d6f6ca74bd42ca1f22ec7675b7 |
| Global November average global horizontal irradiation |
5607b8ad7876d17576db1457ece85db4e84c5b4a |
| Africa – November average global horizontal irradiation |
6b3f152957476ca6d9dd817c348cfb57835abe40 |
| Global July average direct normal irradiation |
c9f70615925a6837df020f383e5db8408e72b314 |
| Global July average global horizontal irradiation |
d3e5344e77597278b39e92688673bba7bc22504d |
| Europe – May average diffuse horizontal irradiation |
1ce20a2618fb17d538f750386bf5dd4d70ef2d78 |
| Global September average wind speed at 10 m height |
00e198375e8ea3bd26263840bab101f773e0d69b |
| Global November average wind speed at 120 m height |
dcfa3c2832dcb9a5a79010ffeef64eb618af53f5 |
| Global October average direct normal irradiation |
ca4095282777a0a371d274af6e77054c3ea86dd0 |
| Global March average wind speed at 140 m height |
1c2481c64f2a66eb92c106c0cd49a7b47a58db7b |
| Global November average wind speed at 60 m height |
104559949f6f6fd79f41461f34ae73c07079b524 |
| Global December average global tilted irradiation at optimum angle |
11a471601f9247e312c4b7409cec2bf1d1323c34 |
| Global July average wind speed at 10 m height |
fba4d1df92644efec1b7677b8f555b17de6a87df |
| Global December average wind speed at 20 m height |
1961e04a4143c4f08d5766e431d419fee8a9db72 |
| Global April average wind speed at 20 m height |
acb0a131126ccafedfa7fdc3e14c536c7c2f522f |
| Global May average wind speed at 20 m height |
9dbfb1e314ffb0937de60a5498574f43c72fab94 |
| Global October average wind speed at 100 m height |
0cf23a728d98343ef51d79b7fd77bbf46054e932 |
| Africa – June average global horizontal irradiation |
b090732f26275409117a7fedffd522d828934e2a |
| Global annual average direct normal irradiation |
5fcaf5a81882ea75ee67f64356af2f7dd4ba09ec |
| Global February average diffuse horizontal irradiation |
98224dfb039ea86f89769a6e7a48152d96a6e02b |
| Global May average wind speed at 10 m height |
72765d487ecfbe5c64e3be9430b3a7cc4956be08 |
| Global annual average wind speed at 60 m height |
d4f548e399aa06324d04a38337b2f738f636deb0 |
| Europe – November average global horizontal irradiation |
baf1243cab3618f98bd347b75acc42bb79730078 |
| Global September average wind speed at 60 m height |
81092177672b6f4ecaf806148626ed67dc621b0c |
| Global October average wind speed at 10 m height |
19c011e1784ca18f5d49608b06492fc2d3c2830c |
| Europe – October average diffuse horizontal irradiation |
22ba7227460b3941bca43ba0b3ce710d8aa18712 |
| Global annual average global tilted irradiation at optimum angle |
8fe654cec7326b0a7e38f93458b83b58d663d3ba |
| Global March average wind speed at 20 m height |
2e500e01097ca75ae34fa4b8cc93ad8f4fae0cb8 |
| Global March average global horizontal irradiation |
cab897be2c6fab1e2cf7a88e4ff6448cda705262 |
| Global October average wind speed at 80 m height |
acbf613cff6e8bd581342a4a4be35c43fa2292da |
| Global May average wind speed at 120 m height |
697da0fdcb1fe60975d315e6d5492b73151a73da |
| Global October average global tilted irradiation at optimum angle |
a0726fc036fe9f0b32139eadb4648d647718e818 |
| Global June average wind speed at 120 m height |
cf90315809e57f4c3900a4147d407d6868cd174f |
| Global June average wind speed at 60 m height |
3f343d01140e2a8b5bf303bca621714225713b2b |
| Global August average global horizontal irradiation |
bf9cb56238cef840142ffdc2bc08de9aa8cea25b |
| Europe – January average global horizontal irradiation |
00ee7bb9a2db0a7452de3269781598b603697a05 |
| Global February average wind speed at 60 m height |
df322426ccb7afdfa1053df78754395dd3b31453 |
| Global September average wind speed at 120 m height |
4794dafd9b4d214ee4794cf64c877c8b392fd624 |
| Global August average wind speed at 140 m height |
b0a699fc21412d08ff02ac631e55e06e2d4bd35e |
| Global December average wind speed at 100 m height |
927de4c4771c6a4e4361401166f2d29ba0a9ec51 |
| Global February average global tilted irradiation at optimum angle |
07db287a591e485a1a314b226a3112f46835b66b |
| Global August average wind speed at 10 m height |
1cea1c46e2955edfd809c4a539ca6003389fb7b3 |
| Global February average wind speed at 140 m height |
34f13ef707925ddde97d4961b97f93b885822f4e |
| Global June average wind speed at 20 m height |
00d681a8bdaea523f2466bb9f9f1bdb08509d680 |
| Global August average wind speed at 20 m height |
77a9a30764d9802b6cf065fa9f19b93234674194 |
| Global September average wind speed at 140 m height |
c88450e413be9f5e834ffe654fd5225ed3f91063 |
| Global February average direct normal irradiation |
40e795d8187ecb165c1a11582937243f2b2d157d |
| Africa – annual average global horizontal irradiation |
27a26cc89c1188b7b500cc890887fded56fb1c76 |
| Global December average wind speed at 140 m height |
4fef1ed16499f64ea3d34c83a43adbfd4824d598 |
| Global April average global tilted irradiation at optimum angle |
821f0be9b315155bd236dfd74ba990145fb3b4c3 |
| Global January average wind speed at 140 m height |
99e1098121421634804fec5b143bb9105c68c64d |
| Africa – November average diffuse horizontal irradiation |
2cb6b0ec79ed80277181c86ff7240f6b0ec80a26 |
| Global June average global tilted irradiation at optimum angle |
8aa2269f9232c6ba13e4a1ec4398957840b7a061 |
| Global March average direct normal irradiation |
72f834ae502a5d69d93d05036682e4ec866ed28f |
| Africa – October average global horizontal irradiation |
2f97612525a3e336ac78fb1336cf3b7a212acb1e |
| Africa – July average global horizontal irradiation |
aada28c183c30d581bffdfd79f8bf7bb4d62dd74 |
| Global annual average wind speed at 80 m height |
c9c1f6e03c17f48603572680e7efb3b03fb14652 |
| Global August average wind speed at 80 m height |
3540c54fb68b21e1dbffa35a244c57346572f873 |
| Global annual average wind speed at 30 m height |
8c2d42e6a27d04babdaee7d456c09de171dd281a |
| Global December average wind speed at 30 m height |
ebd65b7745bca1430d1b9c2f20f9fa9ec0ce94be |
| Africa – March average diffuse horizontal irradiation |
98d8df640425c51522ff6d61f5dd956ba78492fb |
| Global annual average wind speed at 100 m height |
31dfc6e309a953c019a7eb46d3d5f4ca826993b7 |
| Global December average wind speed at 120 m height |
93f1673389e02e6a5b540bd6cf43d86ca93d7814 |
| Global February average global horizontal irradiation |
f6ef3431f76581d96c0e9b02441bd8f7ce5c7ce3 |
| Global February average wind speed at 120 m height |
42d187a1183470c7b479a7b65d1d6fd58d7dc961 |
| Global September average direct normal irradiation |
6e9f8a864c126f5d2c5d4813c6a0f1d08a4d4652 |
| Global January average wind speed at 30 m height |
aba7e2913f221b945c43324f75cd11ebd5ed95c8 |
| Europe – annual average global horizontal irradiation |
0d67c9182f5e19f4d4277cd04e2461bffdea596f |
| Global November average global tilted irradiation at optimum angle |
3148224655ceed5d679c3039dcb91f64f9d1a640 |
| Global annual average wind speed at 80 m height |
c0d30c7c8c2a225207cedb85271233f6c6eff3de |
| Global October average wind speed at 20 m height |
cacf9364b159d177af5a959df9a7a2339cc24f44 |
| Europe – May average global horizontal irradiation |
32049f0ad24909c2c77c1867c8542a713c1fb487 |
| Global October average wind speed at 120 m height |
7d382e317964b7ad27bcfed646ade5db301a3f5e |
| Africa – June average diffuse horizontal irradiation |
0cd06b153f6e40c83db4c7d0ec4ac0e6280c460d |
| Global annual average wind speed at 140 m height |
ba9d3198bf6d6d334c5de10297995d7a9b134d6e |
| Global September average global tilted irradiation at optimum angle |
682ae7e39dc4763b07f59070fb538ac9a68d88f8 |
| Global January average wind speed at 10 m height |
fb593755793b6fb5c7e78e885100c46259fe5a71 |
| Global April average wind speed at 10 m height |
86dbab30fad79f24ab74bae2327c921fa1be4609 |
| Africa – April average global horizontal irradiation |
09f5567b1c2b2a2845218988195e2c0faa131b53 |
| Global April average global horizontal irradiation |
97b30e3b48763935d1ba1361b64d1bf454fe2079 |
| Africa – September average diffuse horizontal irradiation |
4de3f567c3cd328c87fbccef2747df73beaa6489 |
| Global October average wind speed at 30 m height |
c1c9724e64973870877577a8db9682f26dc5ceac |
| Global March average wind speed at 120 m height |
9b3c4ab3fea08fb10f372de717b1a06c54c27f30 |
| Africa – March average global horizontal irradiation |
d67be273baf58a49f31eb6df7109092d685b0c16 |
| Global November average wind speed at 20 m height |
37e8d1da55e4aeb80793e4450ed06e36827f8c4d |
| Global May average diffuse horizontal irradiation |
64cb0a52dd9f96f31466aa4c1eb7f869586c9208 |
| Global November average wind speed at 80 m height |
1c0e4c0bf5d50402d38bccdbc6c5450ae94ae60a |
| Global annual average wind speed at 10 m height |
d310ac5ddcb1dc09c74d9b6ffdd7e61db1e0ccfb |
| Global August average direct normal irradiation |
9de7f07d49d3378739069b56c38544d6a7b5f505 |
| Global July average wind speed at 120 m height |
b4060fe14c35106e90569763ab543461c047acbf |
| Africa – February average global horizontal irradiation |
9514878b912ebc9a04cfb2db285fe9857419998d |
| Global August average wind speed at 100 m height |
65fd2ce94e31a172743ddb74c479bec44fde157d |
| Global June average wind speed at 140 m height |
2ae02057dd52e63c14dfedaeed5f810f5e7943f4 |
| Global March average wind speed at 10 m height |
37195a043e80e42b8f56182d020da037b6539f7e |
| Global February average wind speed at 20 m height |
4f2ffd9fc2bba5e14d26b5aa715a5cb79adf6251 |
| Global January average global tilted irradiation at optimum angle |
5e3c4470bd03974c2fa52b606945b117efc35a3d |
| Global July average diffuse horizontal irradiation |
cbac2b1931a985ea165997107ae3b38ac72cd56b |
| Global June average diffuse horizontal irradiation |
0ec932c6ce998e3eb219579709372ccfa4682e09 |
| Europe – March average global horizontal irradiation |
070b69992a542fbc739ee947e6267c59a2399374 |
| Global October average diffuse horizontal irradiation |
064f0c9546200c4480e19b60ed3a638d622747c5 |
| Global November average wind speed at 10 m height |
5f4703b99771e37b3be40ad86ee8d2e5b0576676 |
| Global March average wind speed at 60 m height |
098f9fcd08386de6dc37f8f717df197b1d51842f |
| Global October average global horizontal irradiation |
1e9dd238be87d286fa244c7f1842599cac65616a |
| Europe – December average global horizontal irradiation |
f0ed31f44223c5d1ead4b6f255e7da0e40fc6da3 |
| Global December average global horizontal irradiation |
4c57add08248b489cbffe83c9824ad3eedcafc4d |
| Global January average wind speed at 120 m height |
8f34b5e9a5c619c25aa2bd7c78925969a843485b |
| Global August average global tilted irradiation at optimum angle |
98ecd78c7168f33cff4cc4514e9e584e9fdc08d2 |
| Africa – January average global horizontal irradiation |
82daafb9acf6abb5e9a93090387d6b2d3e00907a |
| Global July average global tilted irradiation at optimum angle |
0e04d2675440ac7c50db10a75322d947704c2312 |
| Global January average wind speed at 20 m height |
8c3071ac41afdad2e71bdedfcef1980d2a92f696 |
| Global May average wind speed at 80 m height |
6e20a3ba2459ea5c3108f3687ea14b5f9db8b6be |
| Africa – August average global horizontal irradiation |
e9a8056df5d1006b7fcf1b9e404eb99ed1a2f862 |
| Global July average wind speed at 30 m height |
2f40b07eb2039d1731262367c81d5513f0b2ca35 |
| Global January average direct normal irradiation |
438cd744d1d7de18ae7d6dc054df83b53fced9ba |
| Global December average wind speed at 80 m height |
f728727406ac1812311e250cf17c8a1cde8582e3 |
| Global May average wind speed at 100 m height |
acd50fbb3bb3a77c238e7758d799976142cfcbba |
| Global April average direct normal irradiation |
1e889446532b1bce157686fefc487aca1fd0645c |
| Global May average direct normal irradiation |
64c284489289146d5532f5193b0edc6a875759a5 |
| Global January average global horizontal irradiation |
b954461b32a8f90e0e87e57c53c84e54a86177b3 |
| Global July average wind speed at 140 m height |
e73f556c5861ef3737c2f74b5d6bcb2897e2860e |
| Global June average wind speed at 80 m height |
aa6a48d65071085f0f0b4f4f3a4ef592d0a7b977 |
| Africa – annual average diffuse horizontal irradiation |
ad6d9cf2848c628a207e9421328c1c01f3513dab |
| Global March average diffuse horizontal irradiation |
66890ae7af04dfe7763262e99e0652738a553261 |
| Global May average wind speed at 140 m height |
b8fbc4195c142dce227b19eb2bf3d11b5fa501b9 |
| Global January average wind speed at 60 m height |
4644d23def6eb25bd26972d4ea7cedd5d2d35c5b |
| Global February average wind speed at 100 m height |
94936d9630014ce24bbed5042d9ff5e9d2e39c83 |
| Global September average wind speed at 80 m height |
7a4835ec38927c0722e365d4ba2871b76dc467ba |
| Global March average wind speed at 100 m height |
de130d1fe63c4b55241686bbd280495d171a8573 |
| Africa – September average global horizontal irradiation |
8aba4b605e7dbc848ef48f4950a1fcb5ffd47137 |
| Global June average global horizontal irradiation |
77ac56ed521df50b2d51c75339c433e3c4ef6d8f |
| Global August average wind speed at 120 m height |
86b55751e4cc9109182aeafd6e773e411daf6377 |
| Europe – March average diffuse horizontal irradiation |
a02d283684cf96f05072a6f38516a6e15d6e0b57 |
| Global May average global horizontal irradiation |
e88a18bf73671e66c7f28da573d1b7a7cc90b35d |
| Global January average wind speed at 100 m height |
c0d17df275cb8731807e467709cf1a8bb63c27df |
| Global December average direct normal irradiation |
d2f391a7ee37d2de59da20fb1ff8d172f462dd55 |
| Global September average global horizontal irradiation |
07fb0c157b3932d20320dabce1720bc54717966c |
| Global November average diffuse horizontal irradiation |
b733e95cc6dcb694b18a6e743bd8f518f128074a |
| Global March average wind speed at 80 m height |
365cec7d84544a23b004eef3c3e740e5e1f5471b |
| Global December average wind speed at 60 m height |
a739666065680a13f0ca6ed7f56e9480820fc946 |
| Europe – August average global horizontal irradiation |
c482bef6aa1696891bf46dd57125d65530e371fc |
| Global January average diffuse horizontal irradiation |
1b20ba5838152cfe34e4664602df018d83c0dae4 |
| Global annual average global horizontal irradiation |
1724146a9a76b4382799c00579805a894ac43e11 |
| Global average daily global horizontal irradiance |
5e6a4dafc6d04c0e9a4e69c9715381ec1ba447ed |
| Global September average wind speed at 100 m height |
15d75b9b4f20c00298bf15aa978526ca07cc5ee8 |
| Global May average global tilted irradiation at optimum angle |
126a39c09bf74203984dd59bf0d8974b46d8c498 |
| Global June average wind speed at 30 m height |
b3ee3d5e0c3b146a0caa8ac538c36a1f42d68d09 |
| Global October average wind speed at 140 m height |
c818786ba7e7c35d4369e36e5fc3d822b9464e3c |
| Global September average diffuse horizontal irradiation |
2b1d07fe576c22885a4904a115ec5bb6c3c9e1d6 |
| Global November average wind speed at 30 m height |
35b44922f827d9390e1966cf37762543d7c4b887 |
| Global August average diffuse horizontal irradiation |
7cc3add33db5511a6e8778466adf2677f8ab0852 |
| Europe – February average global horizontal irradiation |
73883b931ff267ccc1668da3f0821b3817d22e4d |
| Africa – April average diffuse horizontal irradiation |
cd1860239a94629441fead675901334ef2e856d4 |
| Global terrain elevation |
4e07b168d6ada05ddd58af6c6b9da32aa6f9a340 |
| UAE – May average wind speed at 80 m height |
9ce635d007f9fd15cea7d8309a806133cf724ee5 |
| UAE – June average wind speed at 120 m height |
14d08b88c31ccf44f415f94a6d04dc9b9e707d9a |
| Global suitability index for rainfed soybean, high input |
7936a6ae23fd92d35d450db2b826c3a517414470 |
| UAE – October average wind speed at 120 m height |
53148761b1095feb9ca40f2537a1624394500812 |
| UAE – April average diffuse horizontal irradiation |
0c25e1ea0c3eea46a884f8837372e9cc7a730de0 |
| Global annual average wind speed at 50 m height |
1beadbc8a3750b9a4ba7c907040734111653a72f |
| UAE – December average direct normal irradiation |
d57fc404129ee727dd42011b9d3e6dfffbb26ce3 |
| UAE – April average wind speed at 80 m height |
8e06cec3a602aa93785af56b4eeadd2bfa60cfef |
| Global suitability index for rainfed maize, low input |
5d3b8fc3949e6c82ff5aee18f1d0e6e0947a9eac |
| Africa – March average direct normal irradiation |
579706032060c9c1dde78badb2ae0b9508a7b96b |
| UAE – October average wind speed at 50 m height |
4a6027223d588d6542a9daecfd184828d22be1ce |
| UAE – August average direct normal irradiation |
1221f88491e61cbc65acabbf462a55a8758b377d |
| Africa – annual average direct normal irradiation |
ff36669c719ca0c790e3fdf020b8e57a744a7901 |
| Global suitability index for rainfed sunflower, high input |
10d73db922347725d7cfca71cd54df346353e6f0 |
| Europe – April average direct normal irradiation |
63a3e8491094c3326305837200536cb4399e79f7 |
| UAE – November average global horizontal irradiation |
243af947a7227f451bd32dc5d77917e7b4b3e390 |
| UAE – December average wind speed at 80 m height |
bd0c7fa7e9bd18cdb7fec428c2d719dc6269637b |
| Europe – January average direct normal irradiation |
f6e7e798286bef94cee367f82b79a885c2cbb97c |
| Global suitability index for rainfed switchgrass, high input |
9d4681fc347247232b4b7e5e965cefd10b6b7df4 |
| SRTM digital elevation data - 1 km |
521c38e1d99e7823376d829ff79a88035276299f |
| SRTM digital elevation data - 250 m |
48481bbc8b75e0d9b4185d4c4321ca97699edab7 |
| Global suitability index for rainfed rape, high input |
28539069d3e042f4e0637b2fac2d1067b8219fb6 |
| UAE – February average diffuse horizontal irradiation |
2583c2003cd305bac32b7727a5d9f4cff039a2be |
| Europe – December average direct normal irradiation |
b2dcee674bd3ff69983ee58238cca7282b88d828 |
| UAE – September average global horizontal irradiation |
83d6a457850f9d016f230ad072637acbf8cc899d |
| UAE – December average wind speed at 50 m height |
91c9b2f6a4b93a2cc59b9cec012e30297be85105 |
| UAE – November average wind speed at 100 m height |
0d0cfede796f10e3e1a7f9a1c4490a33cf3e3d10 |
| Europe – August average direct normal irradiation |
833e9e1bd983648efbd59394081d15f3177aebf6 |
| UAE – November average wind speed at 120 m height |
16b3bc2b4ce330e44cd1e547006ec8fe0fabca84 |
| Global suitability index for rainfed sugarbeet, high input |
6ed0a262ea35fef3ddb76295ab68c060034c5c30 |
| Global suitability index for rainfed sunflower, low input |
d3183fc709fca7ed6d739fe2040084be8d20433b |
| UAE – March average wind speed at 50 m height |
966b7e04a71f8465d354510de8f9ca1472a48b07 |
| UAE – April average global horizontal irradiation |
f3d108f2667aa5b9b971fa88426f101f7a4d2700 |
| UAE – May average global horizontal irradiation |
9dc86aba4864ba8b283a32acc07422ed0136dcc9 |
| UAE – May average direct normal irradiation |
d7b5a3f1e73fc02aeaef289e5e2338bac9d0d799 |
| Africa – July average diffuse horizontal irradiation |
05899186271ebf76b560337a5800a6be569e6844 |
| Global suitability index for rainfed wheat, high input |
ca2575bc122c938d707037f866dd4032ac5ac1fd |
| UAE – January average wind speed at 50 m height |
260f83d23df9ce8b1ef3785c9000379522054699 |
| Global suitability index for rainfed barley, high input |
c386e1b5810902604ff1ad42bf978ff84bc27d2c |
| UAE – December average diffuse horizontal irradiation |
1baa316fbe21d205ce72fd03ef694550ad2f85ab |
| Global power generator network |
62a43e4b64dc521065a766d9ebb0e82ecb1863ef |
| Europe – February average direct normal irradiation |
aec9c3f29ba073a0dd68deacb4d38d0d89621eb5 |
| Global transmission network |
e02984390d031a1d339396d30c6d9c8865d9a885 |
| UAE – June average wind speed at 80 m height |
fa9b2324895682217c4ced60d59b31ca8ffb2b5a |
| UAE – June average wind speed at 100 m height |
f90a77084eb943f429c4ceb239ee60fe8187e09a |
| UAE – July average wind speed at 120 m height |
a57359841fbe252d179760709bf8b6d23c8aa744 |
| Global suitability index for rainfed soybean, low input |
ceae59ce1ea0d581f3e1087da488cfcffe3d0469 |
| Europe – March average direct normal irradiation |
229bfcae9c2c975a3bd614bd6305334f14b9df36 |
| Global annual average wind power density at 200 m height |
61e789d531cfe316d86b83c9ea4645acbaf408a8 |
| Africa – February average diffuse horizontal irradiation |
b7f0ffd8e863c810780a51ebdbeeddc7f5f5a7fa |
| UAE – September average wind speed at 80 m height |
8770ea9b505a1210ff4211cad473c2f2dcdd67c8 |
| UAE – November average diffuse horizontal irradiation |
cf57922705ad8afa94bf879c38b30635650a4905 |
| UAE – November average wind speed at 80 m height |
e1aa76e5f07cea51e792a36c6098fed341b26178 |
| Europe – January average diffuse horizontal irradiation |
d40f75de9f76b6c85fab572c124dac72218f3e61 |
| UAE – annual average diffuse horizontal irradiation |
e7cd82c0df0cf3f5ed0776e2ac40175263022ef6 |
| UAE – March average wind speed at 100 m height |
a71bb2753ffa398cbe8eeb4bd31b14c579bc852f |
| Africa – December average diffuse horizontal irradiation |
e95c0ae4134703f3f218f2040745477faf8cf3fd |
| UAE – July average direct normal irradiation |
148984e60f6d8401301ce6eca05f9ca232ee61b1 |
| UAE – April average wind speed at 100 m height |
55846486fead7c577775b9f910750939a1b04ba7 |
| Europe – July average direct normal irradiation |
dd25c575234cddbcffd4d060fa713dc72ee915b1 |
| Africa – September average direct normal irradiation |
814234a3a72ed948a2f26a598c079e03168465b7 |
| Slope – SRTM digital elevation data |
1cdfea3c503a5c431a8865a9da58b4acdc4a61cc |
| Global suitability index for rainfed sorghum, high input |
2feba86e0dc75ce79ecac605a9f410c520695f97 |
| UAE – February average direct normal irradiation |
9e5f2d2d17b205843e745449b256de39f869a1fc |
| UAE – March average direct normal irradiation |
d097a460775e295bcacb01e80a31ae05db635001 |
| UAE – February average global horizontal irradiation |
4e670a074cd48a94576fb4952e0957a9d7db461a |
| Africa – August average direct normal irradiation |
1f0f1c11163b60f7ef0c2263767fd732b593a9d9 |
| UAE – August average global horizontal irradiation |
06a527c6a5066c6b60df133280a2fcd3bdae8e6c |
| UAE – August average wind speed at 80 m height |
a89a2f1195dbee163515b1b462e835ce27b08a5c |
| UAE – May average wind speed at 50 m height |
024f5fcb9ed28a7864d54aa48dcb048c8ad34f36 |
| UAE – June average global horizontal irradiation |
56c57a65ed51c56e04c079ebc95ff0703bdbcb10 |
| Europe – July average diffuse horizontal irradiation |
b8b638b5637c492a6e9b181ec48ca241edc15ee7 |
| Free air gravity anomaly |
9d07f91a3d6e55a7266a7fac8ae33adb7a40667a |
| UAE – September average wind speed at 120 m height |
e6fd17901a47d2056cfc26e540b2109ee6240c2a |
| Global suitability index for rainfed cassava, low input |
7ab04c37a4845bcde240035436c14edfa65bd9ea |
| UAE – February average wind speed at 120 m height |
69fcfb5b894d35aa1128677d74805019363b0c59 |
| UAE – September average diffuse horizontal irradiation |
5c58f0f424c85e2949648c2577f7798cea2567b0 |
| Europe – annual average direct normal irradiation |
9be3773d30462977477f51596fd494dafad7707a |
| UAE – June average diffuse horizontal irradiation |
8be3c8d30ec6b968b88994a0aa3c0c32937ea955 |
| UAE – August average wind speed at 100 m height |
24075eeb72e3f857c3a3dba47fd3add8204c365a |
| UAE – July average wind speed at 50 m height |
edde792f10903eca16de9e64506a9c0b008fcb68 |
| Global road network |
c9833583ce04ee31bd26098d236f8f236975d5cc |
| Global annual average global horizontal irradiation |
d5e3141139a275288fdf942f98a0abe85b6e33fa |
| UAE – annual average direct normal irradiation |
229d04f4bddaa1d1443823a0799b74c0d5bb0547 |
| Global annual average diffuse horizontal irradiation |
de741c93379e0cc6abc794a4f97d7ee327f1e541 |
| Global annual average wind power density at 50 m height |
41b8af8cbbcb213cdc848d04e720f08348b6b974 |
| UAE – September average direct normal irradiation |
5214f6a0965eca12e813aeb700b16dfc153fb2bc |
| UAE – June average direct normal irradiation |
5d7c9432c669ccb7e7077e3b9039c619004b8916 |
| UAE – April average direct normal irradiation |
967a6ab747bb0fa2c01093713497277f5c0f2844 |
| UAE – August average wind speed at 50 m height |
a785b197f1d0c1f087b38c39da0ce7f7f35d8622 |
| Global annual average wind power density at 100 m height |
84c94c4153d6eeebe1a2dfcfe9518f21621cd182 |
| SRTM digital elevation data - 1 km |
440e1002696af5526913a7026fcfaee46382a5ea |
| Global suitability index for rainfed wheat, low input |
538931d1d9f6467a57d7a7ee0bd35091e34219b5 |
| UAE – annual average wind speed at 50 m height |
d8fb2181aa28ba1ec4d7028ffb045eef634fb3ec |
| Africa – February average direct normal irradiation |
ed016a554618196fb1f1629d4a45c9f71b183d92 |
| Global annual average direct normal irradiation |
48053f501b7b7b60977fd8379980be1b7d985264 |
| Global suitability index for rainfed sorghum, low input |
8829002e98fcdf9fbd7a386f2c44e244b19d535a |
| Europe – February average diffuse horizontal irradiation |
e16e756fe36820b95213120e9e177576cc375623 |
| Africa – January average direct normal irradiation |
643020bb6da127fd456516bc643df7b6c5c45af4 |
| UAE – January average global horizontal irradiation |
55111fd29dce4a6c1412510558e6fe31f0890ebe |
| Global suitability index for rainfed coconut, low input |
21ae0b1025a78ff511584620c4e74986c4151ea1 |
| Global suitability index for rainfed miscanthus, high input |
d7ac6c088714b089c5f402b1045d2224d0b758f8 |
| UAE – April average wind speed at 120 m height |
d3cf85b89b49a3c8bdac92a3b1f4339cf50fda11 |
| Global suitability index for rainfed sugarbeet, low input |
2d7b2fd3cbe046d31b336d20effa029d21bdba3d |
| SRTM digital elevation data - 500 m |
69d56d12a69a43b70331e2f49786fe286f8e15a4 |
| Africa – July average direct normal irradiation |
47605b9a6210ea1f1a21131cdd0436d156e327cc |
| UAE – August average diffuse horizontal irradiation |
9d7946b391ae916d934a0ec8509d10d72622bd29 |
| Global annual average diffuse horizontal irradiation |
eb89f51e60cfc5426088d64d3d7a63ba03f7ee97 |
| UAE – October average wind speed at 80 m height |
e8854ef3375a259de8b678297ed4c7504f2ea2eb |
| Global suitability index for rainfed rape, low input |
4220613d7e7ac7b1320f88b095d7f6890f36694b |
| Africa – January average diffuse horizontal irradiation |
af43ea98de3bb31399d0f7b4492d9cc89d668df4 |
| UAE – February average wind speed at 80 m height |
e9e46d16f51aa3b0059a93a8973b246bb3cb2cf0 |
| Global air temperature at 2 m height |
913c4ec0a788679c8b793175cf416763c665fb49 |
| UAE – October average wind speed at 100 m height |
db382c26e930726228b686dc25bf786ea36f245b |
| Africa – April average direct normal irradiation |
7491a2d9174417f2aadb44c66f09e0f15ae88b4e |
| UAE – January average wind speed at 100 m height |
2f788a487bd2af65e0f50c8624a0736e3243171a |
| UAE – October average diffuse horizontal irradiation |
99ce60420b40cb2d9b1e81bd7a9d7df92640cc11 |
| UAE – August average wind speed at 120 m height |
388a9051866eaf173e0e955a09bf3e824cafb4ec |
| Global railway network |
578574ccebd29af474123ad2e15734a33ccf4328 |
| Africa – December average direct normal irradiation |
cd70b89581f2f5150935a3e2872abef49a005bec |
| Africa – June average direct normal irradiation |
de3dd3b6c6f223a4d99f067649b925ec43ff65ef |
| Global roughness length |
d2f4ed21b4b6d2c5d82f7e457424bb4e9b8d0730 |
| Global suitability index for rainfed jatropha, low input |
f80655507166c41ac34a018e10e797f4d9f76d44 |
| UAE – February average wind speed at 50 m height |
1d2b5033e37779ef3f47f2a6be2ea7fbcb17b8c4 |
| UAE – October average direct normal irradiation |
a451bd8e0b1085dcba68220bfb05eec531199c25 |
| UAE – annual average wind speed at 80 m height |
9d4978fe9eb8861037f640aceedadba78ebb8cfb |
| Global suitability index for rainfed jatropha, high input |
3cec0aed35936e31b95b556002f7d0a4c82c0942 |
| Global suitability index for rainfed reed canary grass, low input |
c106ee716f6534d8b6e0e59b8983023f1d27cabc |
| UAE – March average global horizontal irradiation |
1eb0c60dba7200a38c11afbbfcb62e017e38ddc3 |
| Africa – October average direct normal irradiation |
267fdbdcd30fb523cdce85e317d3e3077a6f6f75 |
| Africa – May average direct normal irradiation |
c182840c988360cbccaee9f4a2ddb1c157223305 |
| Global annual average global horizontal irradiation |
22a047cb34283a8bb051be977b1da56ee0f727ef |
| Global annual average wind power density at 60 m height |
d47077bcffd108b1ee00026ce38f9ecf9d5dd579 |
| Global February average wind power density at 60 m height |
4ad31d4563954c943465533848709121486e1933 |
| Global July average wind power density at 30 m height |
0e8e34e551adadaf3767b0348660aa5a381f22dc |
| Global August average wind power density at 60 m height |
16c87832d03e602303a085da5e8f0314be41c377 |
| Global November average wind power density at 30 m height |
1090ca87ea8e6e1f1141a14db60cb4dfc502dd60 |
| Global October average wind power density at 100 m height |
c618c4bd974b4e96c885973d7cabe19914b82a44 |
| Global June average wind power density at 20 m height |
ff2a13c674fcfa09f08321c95b28b43993e1025b |
| Global December average wind power density at 80 m height |
84e13caf0d4d72c7a55d49eebe0b858f1f3546a3 |
| Global January average wind power density at 30 m height |
7f29b66688f4c9d111df5188f6f6ee957081d031 |
| Global annual average wind power density at 120 m height |
4a263003abd71bdae686070169d2fe9aa3247e94 |
| Global May average wind power density at 30 m height |
f32129ce5441fff6982d1bfedbd95d81cda9a6bf |
| Global December average wind power density at 60 m height |
cbb7ca9514fb8d44ed3c6ca8534ef501b52d7f61 |
| Global September average wind power density at 20 m height |
be67185df8629ff823aa91c684986bbcea9054c5 |
| Global April average wind power density at 20 m height |
60e36340aea92f7df5a05eb02948fcfb838eddd3 |
| Global March average wind power density at 20 m height |
2e2c6a4f406cbb1874cda7abceac1e16680ebdaa |
| Global August average wind power density at 20 m height |
67d0df1164f9ffc6c5f0d069a207bbb0a4fb98c4 |
| Global May average wind power density at 20 m height |
7e185220efe8b43f1668872dfa00777a3d63aeaa |
| Global December average wind power density at 100 m height |
4c5d331ef9361057185a753e84a6272c90a417c8 |
| Global January average wind power density at 140 m height |
fd92b5a9876096879852eb4660a4ad693f06b093 |
| Global December average wind power density at 10 m height |
a39f8a43d84fae46b1fd81b26dbd2ae12b56253a |
| Global September average wind power density at 140 m height |
6bdd46cb973ce2f6d2347e8425dac83b7e7c8991 |
| Global December average wind power density at 120 m height |
5a62a5f3d8a31f1c9db6df27b48355bbd7609f75 |
| Global July average wind power density at 120 m height |
e4e7dfcdd7dc688042fe9168e9eef7ae8f4d642c |
| Global annual average wind power density at 30 m height |
87fcb077f39b0a32e0a37760d47f2ad420283ded |
| Daily irradiation from 1985 to 2017 from fusion of HC1 and HC3 |
385c3cd1-968e-4924-8c5c-17a098736aa6 |
| Global March average wind power density at 120 m height |
429c7f27e455e312c39759e96761b746a1ac345a |
| Global March average wind power density at 100 m height |
38ba605d5b434429fbe62e955145412ae1bc10cf |
| Global February average wind power density at 80 m height |
3a2fa74b45299126ade1b701a97c7988814ed3ed |
| Global November average wind power density at 60 m height |
57c575bfddb11734633e8ecbd83e03ad6ab65fab |
| Global June average wind power density at 80 m height |
581a5e8329528933972778acf0ae76cb36aeb7d4 |
| Global July average wind power density at 100 m height |
4eb79ac64d4ac06efbca8a2d2dfb913d993c4bf3 |
| Global July average wind power density at 80 m height |
12f88c43514658957000e0fbb7adafd51f8781b7 |
| Global May average wind power density at 80 m height |
3d1bf5d3b7709bb3c27b2b974281ccbe7be8410f |
| Global February average wind power density at 120 m height |
b1d258831ff551f14a4fc52f013ceb22c74e9908 |
| Global October average wind power density at 10 m height |
29203fda7ccb44ad4bb6b5916ff653e9a6dfe979 |
| Global September average wind power density at 80 m height |
905ccbdc07c51f488971469069ee83e08e501901 |
| Global June average wind power density at 60 m height |
ca03cf9398ebe8529c356de4029ca45a2076d65d |
| Global January average wind power density at 20 m height |
ad87fa11d81911ecdab12d3eceddddb23fee57ab |
| Global annual average wind power density at 10 m height |
ce2cb84c27b4fbe25169a98142b3c8329c21635d |
| Global August average wind power density at 140 m height |
15c8102e773c560255f71781cf1b0a29a309f5ed |
| Global August average wind power density at 10 m height |
ec67897cd16e66da412005cb71e002ae97e8c468 |
| Global July average wind power density at 20 m height |
3e74801589112fd7504b03d4b9264fbd03a82adf |
| Global April average wind power density at 30 m height |
5ea56495830c5d73116bb4c4d095dd2781d18b6b |
| Global January average wind power density at 10 m height |
9016fe8e1511d41bad61879479d63992f8c09e8c |
| Global annual average wind power density at 80 m height |
01fee39e00a9aa369237dba68fdd33afe0dddb92 |
| Global May average wind power density at 140 m height |
444a098a42a9df96a6c5d29c20994e65128225af |
| Global February average wind power density at 30 m height |
d74452dd65f08403b23751b88affcba5830f3360 |
| Global June average wind power density at 140 m height |
0da93bad738a1e693245d6cfbea98a862091e080 |
| Global April average wind power density at 60 m height |
b7c8f4968cb4c328336eecfe4084e5799899dbde |
| Global November average wind power density at 100 m height |
63d7d4746d75d5424b38089f3f748bcbb9f4eb0e |
| Global June average wind power density at 120 m height |
5bf080615c401fb1286ff079015a41c5f710ade8 |
| Global February average wind power density at 20 m height |
5f2c47c1fff877ae7fd8213d30d1d28983bca3af |
| Global November average wind power density at 20 m height |
b31cd24999693307e809fe59967b970db25dce31 |
| Global January average wind power density at 80 m height |
f5aba4a676980a2c06830cce6c8f833e7de4ba77 |
| Global May average wind power density at 120 m height |
4587163c52c43a7d234997e56efd32e1dae5269a |
| Global December average wind power density at 20 m height |
3a7140f20c00c7ac963b5caf0737a60555092dfd |
| Global April average wind power density at 140 m height |
31b2164af460a945b906f6e897ab8c915b40c3c2 |
| Global August average wind power density at 120 m height |
2df08adde3e5a76c1eecd1e66e89794863c29f10 |
| Global April average wind power density at 100 m height |
600def0552f0a43f0317f0ccf39da7ff6c3b2984 |
| Global annual average wind power density at 20 m height |
694c52d2032444a907c0f6e6a47f60c7b0722afb |
| Global March average wind power density at 140 m height |
a00a636c667d0ff4f98b4775b22f29c13d845092 |
| Global March average wind power density at 60 m height |
e475bdc5a580de06d13469f2e0d1a24d38e3dca4 |
| Global June average wind power density at 30 m height |
0cbb80a2ebc8660ecbf5def40f5714992d55fd16 |
| Global February average wind power density at 100 m height |
39cbbb78db51a5aebddff18dbabacc378cf5997b |
| Global July average wind power density at 140 m height |
60322a80882fdcbce2b574dd2d8aab89a87f9fab |
| Global March average wind power density at 30 m height |
673ce554d83d94fe52b0c6832b62800d2ca0e97c |
| Global September average wind power density at 30 m height |
6010cf10688a0307ed4cdc05b2ab98936a4cd59e |
| Global September average wind power density at 100 m height |
450daa2044d32dfb49b1fb4901af002c1e2e44ab |
| IEA-PVPS Task-16 Reference Solar Measurements |
3491b1a6-e32d-4b34-9dbb-ee0affe49e36 |
| Global September average wind power density at 10 m height |
1d4a5a7fb69125fc69e3ba2b8d6b0e05dfcb88e4 |
| MODIS-derived surface BRDF for land and water masses |
85d2cd5f-ccaa-482e-a4c9-b6e0c59d966c |
| Global September average wind power density at 120 m height |
66e3fd58019c27aa80c3343973d7b33f43f7f179 |
| Global October average wind power density at 140 m height |
138ea9720fd0d0f21acedba32fca02cb236c969c |
| Global March average wind power density at 80 m height |
682e8c558e35ffa25e6d98c841278d38f215954e |
| Global annual average wind power density at 100 m height |
49a009b2b2782eb28590080e2a0827dd026c9ca5 |
| Global November average wind power density at 120 m height |
d712ca0b9e054b6b33445edfef6e1f1a7b8d0f82 |
| Global November average wind power density at 80 m height |
5800cb05ee9ff57d0a10a2c669ea9b89f5e2a9d7 |
| Global August average wind power density at 100 m height |
70d66cd7dc25e31180ce8777cc8e4d8df9c82d85 |
| Global September average wind power density at 60 m height |
c07d3e41b9dbe81ff2c0122999efc273a86af78a |
| Global December average wind power density at 140 m height |
19a53d2d63fd1f4af7a573cb8e624520195d3d4f |
| Global October average wind power density at 120 m height |
76de61126a8aeb344d6a98d1ba0b16a6c41a833f |
| Global December average wind power density at 30 m height |
ee4726de9a4131df5317316304035e6df14e39a6 |
| Global April average wind power density at 10 m height |
0b8bbd9b9488cc8fd95efe8f34e38ab6154d4959 |
| Global May average wind power density at 60 m height |
28052c2dcc1c5c56c82184a51a3c66e631022392 |
| Global October average wind power density at 20 m height |
d04c383e411f846fd513582aef376b16f6e8c2b3 |
| Global November average wind power density at 10 m height |
ad0be060112120ae06e00316b529d1fada18e2c7 |
| Global July average wind power density at 60 m height |
05c1269619e5810332855947934dddb351118bf9 |
| Global July average wind power density at 10 m height |
ca48ca94c0c25745ac407f72aebe5b898c583e72 |
| Global May average wind power density at 100 m height |
656f20909f42b7d2a8a3af15c1a7032e71635de6 |
| Global October average wind power density at 60 m height |
a7163448457757a9fa240479d15cfd366abd3c35 |
| Global March average wind power density at 10 m height |
af656eee81c9617f5bc24873a3c2031973ad4a5e |
| Global October average wind power density at 30 m height |
8c3395b3be428ec646a936d57f28404a09eee9df |
| Global January average wind power density at 60 m height |
120621b32ef5e0e8f6efd2473f29b919414c6b95 |
| Global April average wind power density at 80 m height |
2df714ce4b5d58d01b91c9abc70d7dd453dcf714 |
| Global May average wind power density at 10 m height |
84d5ef1e0af508aaf4a8cbf53e1050ac3aedb180 |
| Global June average wind power density at 10 m height |
363101c6ef012245e1a107c6ffd7756e9938e9ff |
| Global January average wind power density at 120 m height |
50e2f8da2d90191565bc6f54629b66db9626b1d3 |
| Global August average wind power density at 30 m height |
268df17ddea52cac5d8b9118d9afcae631addfac |
| Global November average wind power density at 140 m height |
7edc49aac17c86b95d133bd3158be0f16fba46f5 |
| Global January average wind power density at 100 m height |
45b2fed3412fb287d5a32b0cedec89bf3de241df |
| Global June average wind power density at 100 m height |
debbc1dbe3f8a0b25113ba3301453538d8433b7e |
| Global February average wind power density at 140 m height |
07e1ada4e3ee2f90ba904d30c65ba37a81bf714a |
| Global October average wind power density at 80 m height |
91209cf819d2cd067be13dcfd1b7d4bf5e90a04c |
| Global April average wind power density at 120 m height |
d0e280cb4af4d7da1666e1f191425f907c053fcd |
| Global February average wind power density at 10 m height |
e905fd138254e941bb6a198857dcf3271faeb392 |
| Global August average wind power density at 80 m height |
c1ca103b6cdaca666f710ee544f9f9e857cf0f47 |
| Copernicus digital elevation data - 90m |
03d3e9668f898323ec4d49947ec346c4c9af9a08 |
| UAE – March average diffuse horizontal irradiation |
a5ad155a7ba48ac9c50265b6817ef9c91c672819 |
| UAE – May average diffuse horizontal irradiation |
e326d8010dce867110c9523a86dc7ba9b04cd026 |
| UAE – January average direct normal irradiation |
45df232475ec33a6346cf99b507e8dac3aca4e59 |
| Global substation network |
fb227d96fead8d8f6ef540258001a136a1f75097 |
| Europe – November average direct normal irradiation |
c939bb675a19c2eacdb10df38d393ece5f2047ac |
| Global annual average wind speed at 200 m height |
f11bc643a0c3c454a6416bc479e7af4c0c5bad9d |
| Africa – November average direct normal irradiation |
933766d7e6c7fa942bca86dc2f350e1622ddc2a5 |
| Europe – August average diffuse horizontal irradiation |
632a2179da2a03b20f156d9c807e13c55f12ced1 |
| SRTM digital elevation data - 500 m |
9d8c84d506d83dcb5611b3ba8aedc3b5d29df21a |
| UAE – July average diffuse horizontal irradiation |
a7bd7b1226dcf22a9f45b0521ea57c828a10fd1b |
| Europe – October average direct normal irradiation |
a0154b15e663dfc626334e82b6d3734f04e50654 |
| UAE – February average wind speed at 100 m height |
106b1dcb880bf238bc247811e4cfec674f1b4601 |
| UAE – July average wind speed at 100 m height |
c74d7218d89120188a42e3e97d8345d0f1a4049a |
| Global suitability index for rainfed switchgrass, low input |
98e783a52ce62815db9f03f108a7dbbd54f78724 |
| UAE – June average wind speed at 50 m height |
f97a92644d004c20bf973e516637d6a3fab27b7a |
| Global suitability index for rainfed oil palm, low input |
c98427af700d27f32515f9e228b50003e48cf8f7 |
| UAE – December average wind speed at 100 m height |
4a5846e8e1f64972ea6d52e886f53853364aa767 |
| UAE – October average global horizontal irradiation |
6d37e7adca692bff2cf83e4384a3202414668afc |
| Global suitability index for rainfed sugarcane, low input |
3aef4e956d0832503b190b9e1fd8f3407995e393 |
| UAE – annual average wind speed at 120 m height |
f1ede33706f34d5bc133547b6435723b8d792807 |
| Europe – April average diffuse horizontal irradiation |
7480b847a32497d28c628a17ccd27d505ca32f31 |
| Climate change initiative – global land cover |
131dcd469b725562edccf46c98117c7e71aef544 |
| UAE – March average wind speed at 120 m height |
9add959bd8d2cb834e0dd599b4c0d780c0192e47 |
| UAE – January average wind speed at 80 m height |
695d213c4a6b6791de1d3e4741a6f6075935ba5e |
| UAE – September average wind speed at 50 m height |
7701fd66e07720b12852be2a6e18ef2316150694 |
| Europe – June average direct normal irradiation |
9d6b2bca18c22efc9fa72f890052447036c78b22 |
| Global suitability index for rainfed oil palm, high input |
d65184396560808f4041934fbcbbdd8fc4077053 |
| Europe – September average direct normal irradiation |
3fa3c0e47c87acc8960b49b980808ab733e14bc9 |
| Global suitability index for rainfed coconut, high input |
547c52ed425651263329555e1de5ae54026c0f85 |
| UAE – November average wind speed at 50 m height |
0142266b2a4478a6a3f2e9a878cfefae5b582d6a |
| Global annual average wind speed at 100 m height |
282378c9ef37e446b1e02e87eb152bae76d6f09f |
| UAE – January average diffuse horizontal irradiation |
ec57f97cb27cf437bb45cfc225b2af19468a0764 |
| Global suitability index for rainfed sugarcane, high input |
c73698bb8e99f949e3cfb468ed549e4aed8fa171 |
| UAE – annual average global horizontal irradiation |
3d70b58dc7ee2d076b775d91cbfbfb902e000e49 |
| UAE – December average global horizontal irradiation |
4cc9a27c3d137ac6a20aec9c04324797fbccc364 |
| Global suitability index for rainfed cassava, high input |
83111033f50f6ab7d015df34f45d086b635fa43a |
| UAE – January average wind speed at 120 m height |
06318ace86edc93f94fc3b73ce458815ff086f44 |
| UAE – November average direct normal irradiation |
3146712980583d3c91886c744fc92882791e8ad3 |
| UAE – December average wind speed at 120 m height |
779ef0708efec01c902231259d2ae2efa329aeed |
| UAE – May average wind speed at 100 m height |
690ebfb081147618e282d47c3d7d34cc51b233f9 |
| Global suitability index for rainfed maize, high input |
b8dd664a124104f1af82a2eac39d55cc537227b3 |
| Africa – August average diffuse horizontal irradiation |
4fda13e3ba4c8943ed970d663241fd31d5f4a278 |
| UAE – annual average wind speed at 100 m height |
9ffbe493a510553fb821bfeffcf458565be34fe2 |
| UAE – July average wind speed at 80 m height |
13350ceff6d46ae334156777f3c5cbe876452b07 |
| Europe – June average diffuse horizontal irradiation |
6920dd9c88fc85fb42f830c01dc98932620bea5b |
| Global suitability index for rainfed miscanthus, low input |
a24c3f7f5fa7fff42c63e99c860b8edef552988a |
| Global suitability index for rainfed reed canary grass, high input |
763843462e8eb1c237feec2f355f007aac1409c4 |
| SRTM digital elevation data - 250 m |
1f06f6affcb9a9ae2f6a97ad50bfb22e8fcc0d42 |
| Global transformer network |
0db92c9a7c4b371e3428a36dada98b18240d234d |
| UAE – May average wind speed at 120 m height |
ad72cd9bbca5116437da2f5bdc1fa99c0c7e2cd5 |
| Global suitability index for rainfed barley, low input |
5d648d8818a06c23ea7a4691bbb9c2fdec10f3e4 |
| Europe – May average direct normal irradiation |
b5a72b386d23da6f4a11a2071e96870421113b5c |
| Europe – December average diffuse horizontal irradiation |
fb7e6cb430906f9083e7fc1831399ea9718c10c8 |
| UAE – July average global horizontal irradiation |
9c168957cf422d00b3e457f6fb4d6b4900ac6011 |
| Bouguer gravity anomaly |
f99e7630386967fe28172130d4132e772bd971ed |
| Global annual average direct normal irradiation |
afb48a79c4534b0a951fd66a3a35197a38f3bc25 |
| UAE – March average wind speed at 80 m height |
5012d47da141ddfd575b0eba0933155d2441f507 |
| UAE – September average wind speed at 100 m height |
6c0f69f722ed10bb4f06c2d43943c1cdf669fc04 |
| UAE – April average wind speed at 50 m height |
f5d66db1ad9607079a5430e432390341b71c136a |
| In-situ measurements platform for renewable energy |
76633ff7-bb9e-4227-8bbd-c71023a9318e |
| Global annual average wind power density at 140 m height |
04ed0777383f5dff427785cb8cec259cefc51876 |
| CapeVerde_Wind_Power_density_80m |
c136f1609c01efb2d2bc452f8148d4e34db76b1f |
| Web based application providing access to in-situ data from stations of various networks from Thredds Data Server |
316133e8-faf5-435f-abf5-19d3aaaf4257 |
