Discipline
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chemistry, analytical
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multidisciplinary sciences
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health care sciences & services
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meteorology & atmospheric sciences
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environmental sciences
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geosciences, multidisciplinary
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geology
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ecology
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mineralogy
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geochemistry & geophysics
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archaeology
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biodiversity conservation
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geography, physical
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paleontology
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water resources
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engineering, environmental
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plant sciences
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agronomy
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forestry
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cell biology
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microbiology
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astronomy & astrophysics
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mycology
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parasitology
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physics, atomic, molecular & chemical
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chemistry, physical
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biophysics
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anatomy & morphology
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tropical medicine
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entomology
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chemistry, inorganic & nuclear
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chemistry, applied
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ornithology
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history
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limnology
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materials science, biomaterials
Structure
Project
Collection
Publisher
Access
Data acquisition method
There are 16 spatial coverages corresponding to 13 records.
{
"29":{"id_local":"FR-18008901306731-2015-07-02-21","title_for_url":"Mesures-urbaines-de-la-temperature-dans","title":"Mesures urbaines de la temp\u00e9rature dans l\u2019agglom\u00e9ration du Grand Dijon (MUSTARDijon)"},
"30":{"id_local":"FR-18008901306731-2015-07-02-22","title_for_url":"Climate-simulations-at-a-kilometer-scale-over-the","title":"Climate simulations at a kilometer scale over the Mont-Blanc"},
"33":{"id_local":"FR-18008901306731-2015-08-06","title_for_url":"HydraVitis-high-spatial-resolution-hourly-near","title":"HydraVitis high spatial resolution hourly near ground air temperature data set, collected in a Burgundy (France) vineyard from 2014"},
"39":{"id_local":"FR-18008901306731-2016-01-25","title_for_url":"Temperature-under-canopy","title":"Temperature under canopy "},
"73":{"id_local":"FR-18008901306731-2016-08-30-02","title_for_url":"Mobile-temperature-measurements-of-air","title":"Mobile temperature measurements of air temperature in Dijon"},
"76":{"id_local":"FR-18008901306731-2016-08-30-05","title_for_url":"Monthly-mean-interpolated-climatic-fields-for","title":"Monthly mean interpolated climatic fields for Kenya "},
"85":{"id_local":"FR-18008901306731-2016-09-15","title_for_url":"Regional-desert-dust-and-climate-modeling-in","title":"Regional desert dust and climate modeling in North Equatorial Africa : a 21-year WRF-CHIMERE simulation exercise "},
"91":{"id_local":"FR-18008901306731-2016-12-09-02","title_for_url":"Meteorological-monitoring-on-Forbonnet-peatland","title":"Meteorological monitoring on Forbonnet peatland"},
"449":{"id_local":"FR-18008901306731-2019-03-21","title_for_url":"Downscaling-CMIP5-climate-projections-over-the","title":"Downscaling CMIP5 climate projections over the Mont-Blanc Massif at a 200-m resolution"},
"482":{"id_local":"FR-18008901306731-2019-08-08","title_for_url":"Mass-screening-for-Alveolar-echinococcosis-in","title":"Mass screening for Alveolar echinococcosis in south Gansu, China"},
"519":{"id_local":"FR-18008901306731-2021-03-05","title_for_url":"WRF-CORDEX-simulations-on-the-Europe-domain","title":"WRF-CORDEX simulations on the Europe domain EUR-44"},
"520":{"id_local":"FR-18008901306731-2021-03-05-02","title_for_url":"WRF-CORDEX-simulations-on-the-Mediterranean","title":"WRF-CORDEX simulations on the Mediterranean domain MED-44 "},
"588":{"id_local":"FR-18008901306731-2022-04-01","title_for_url":"Water-temperature-data-of-the-Forbonnet-peatland","title":"Water temperature data of the Forbonnet peatland (Thermopeat project)"}
}
[
{"id":0,"name":"Grand Dijon","data":"29","proj":"WGS84","n":47.4,"e":5.2,"s":47.25,"w":4.9,"fillColor":"rgba(255, 0, 0, 0.005)","strokeColor":"rgba(192, 0, 0, 0.8)"},
{"id":1,"name":"Western Europe (18km resolution)","data":"30","proj":"WGS84","n":54,"e":15,"s":40,"w":-5,"fillColor":"rgba(255, 118, 0, 0.005)","strokeColor":"rgba(192, 89, 0, 0.8)"},
{"id":2,"name":"Alps (4km resolution)","data":"30","proj":"WGS84","n":47.5,"e":9,"s":44.5,"w":5,"fillColor":"rgba(255, 118, 0, 0.005)","strokeColor":"rgba(192, 89, 0, 0.8)"},
{"id":3,"name":"Mont-Blanc Massif (1km resolution)","data":"30","proj":"WGS84","n":46.25,"e":7.4,"s":45.5,"w":6.25,"fillColor":"rgba(255, 118, 0, 0.005)","strokeColor":"rgba(192, 89, 0, 0.8)"},
{"id":4,"name":"Corton area","data":"33","proj":"WGS84","n":47.09706,"e":4.887918,"s":47.0416,"w":4.805864,"fillColor":"rgba(255, 235, 0, 0.005)","strokeColor":"rgba(192, 177, 0, 0.8)"},
{"id":5,"name":"Jura","data":"39","proj":"WGS84","n":47.38,"e":6.85,"s":46.28,"w":5.65,"fillColor":"rgba(157, 255, 0, 0.005)","strokeColor":"rgba(118, 192, 0, 0.8)"},
{"id":6,"name":"Grand Dijon","data":"73","proj":"WGS84","n":47.4,"e":5.2,"s":47.25,"w":4.9,"fillColor":"rgba(39, 255, 0, 0.005)","strokeColor":"rgba(30, 192, 0, 0.8)"},
{"id":7,"name":"Kenya","data":"76","proj":"WGS84","n":4.32,"e":41.95,"s":-5.35,"w":33.7,"fillColor":"rgba(0, 255, 78, 0.005)","strokeColor":"rgba(0, 192, 59, 0.8)"},
{"id":8,"name":"Domaine tr\u00e8s proche de CORDEX-Africa","data":"85","proj":"WGS84","n":40,"e":60,"s":10,"w":-27,"fillColor":"rgba(0, 255, 196, 0.005)","strokeColor":"rgba(0, 192, 148, 0.8)"},
{"id":9,"name":"","data":"85","proj":"WGS84","n":20,"e":25,"s":5,"w":-18,"fillColor":"rgba(0, 255, 196, 0.005)","strokeColor":"rgba(0, 192, 148, 0.8)"},
{"id":10,"name":"Frasne","data":"91","proj":"WGS84","n":46.826419,"e":6.172831,"s":46.826418,"w":6.17283,"fillColor":"rgba(0, 196, 255, 0.005)","strokeColor":"rgba(0, 148, 192, 0.8)"},
{"id":11,"name":"Mont-Blanc Massif","data":"449","proj":"WGS84","n":46.1,"e":7.2,"s":45.7,"w":6.6,"fillColor":"rgba(0, 78, 255, 0.005)","strokeColor":"rgba(0, 59, 192, 0.8)"},
{"id":12,"name":"Sud de Gansu","data":"482","proj":"WGS84","n":34.6,"e":104.63,"s":34.48,"w":104.34,"fillColor":"rgba(39, 0, 255, 0.005)","strokeColor":"rgba(30, 0, 192, 0.8)"},
{"id":13,"name":"Cordex-EUR","data":"519","proj":"WGS84","n":73,"e":55,"s":22,"w":-38,"fillColor":"rgba(157, 0, 255, 0.005)","strokeColor":"rgba(118, 0, 192, 0.8)"},
{"id":14,"name":"Cordex-MED","data":"520","proj":"WGS84","n":63,"e":52,"s":22,"w":-23,"fillColor":"rgba(255, 0, 235, 0.005)","strokeColor":"rgba(192, 0, 177, 0.8)"},
{"id":15,"name":"Frasne peatland","data":"588","proj":"WGS84","n":46.826,"e":6.1754,"s":46.826,"w":6.1754,"fillColor":"rgba(255, 0, 118, 0.005)","strokeColor":"rgba(192, 0, 89, 0.8)"}
]
