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1. MetOp-A ASCAT Level 2 12.5km Ocean Surface Wind Vectors [PODAAC-ASOP2-12X01]
This dataset contains operational near-real-time Level 2 ocean surface wind vector retrievals from the Advanced Scatterometer (ASCAT) on MetOp-A at 12.5 km sampling resolution (note: the effective ...


2. MetOp-A ASCAT Level 2 25.0 km Ocean Surface Wind Vectors [PODAAC-ASOP2-25X01]
This dataset contains operational near-real-time Level 2 ocean surface wind vector retrievals from the Advanced Scatterometer (ASCAT) on MetOp-A at 25 km sampling resolution (note: the effective resolution ...


3. MetOp-A ASCAT Level 2 Ocean Surface Wind Vectors Optimized for Coastal Ocean [PODAAC-ASOP2-12C01]
This dataset contains operational near-real-time Level 2 coastal ocean surface wind vector retrievals from the Advanced Scatterometer (ASCAT) on MetOp-A at 12.5 km sampling resolution (note: the effective ...


4. Emissions of CH4 - from All Anthropogenic Sources (Model Estimations, RIVM-MNP) [geodata_1272]
A global emissions source database called EDGAR has been developed jointly by TNO and RIVM to meet the urgent need of atmospheric chemistry and climate modellers and the need of policy-makers. The ...


5. Emissions of CH4 - from All Anthropogenic Sources (Model Estimations, RIVM-MNP) [geodata_1271]
A global emissions source database called EDGAR has been developed jointly by TNO and RIVM to meet the urgent need of atmospheric chemistry and climate modellers and the need of policy-makers. The ...


6. Emissions of CH4 - from Animal Breeding: Enteric Fermentation (Model Estimations, RIVM-MNP) [geodata_1274]
A global emissions source database called EDGAR has been developed jointly by TNO and RIVM to meet the urgent need of atmospheric chemistry and climate modellers and the need of policy-makers. The ...


7. Emissions of CH4 - from Animal Breeding: Enteric Fermentation (Model Estimations, RIVM-MNP) [geodata_1273]
A global emissions source database called EDGAR has been developed jointly by TNO and RIVM to meet the urgent need of atmospheric chemistry and climate modellers and the need of policy-makers. The ...


8. Emissions of CO - Total (Model Estimations, RIVM-MNP) [geodata_1213]
Emissions of CO (carbon monoxide) - Total (RIVM) include the following EDGAR subdivisions: "Fuel combustion", ?Biofuel combustion?, ?Fugitive?, ?Industry?, ?Solvent use?, "Agriculture", "Waste" and ...


9. Emissions of CO - from All Anthropogenic Sources (Model Estimations, RIVM-MNP) [geodata_1280]
A global emissions source database called EDGAR has been developed jointly by TNO and RIVM to meet the urgent need of atmospheric chemistry and climate modellers and the need of policy-makers. The ...


10. Emissions of CO - from All Anthropogenic Sources (Model Estimations, RIVM-MNP) [geodata_1279]
A global emissions source database called EDGAR has been developed jointly by TNO and RIVM to meet the urgent need of atmospheric chemistry and climate modellers and the need of policy-makers. The ...


11. Emissions of CO2 - from All Anthropogenic Sources (Model Estimations, RIVM-MNP) [geodata_1261]
A global emissions source database called EDGAR has been developed jointly by TNO and RIVM to meet the urgent need of atmospheric chemistry and climate modellers and the need of policy-makers. The ...


12. Emissions of CO2 - from All Anthropogenic Sources (Model Estimations, RIVM-MNP) [geodata_1262]
A global emissions source database called EDGAR has been developed jointly by TNO and RIVM to meet the urgent need of atmospheric chemistry and climate modellers and the need of policy-makers. The ...


13. Emissions of CO2 - from Cement Production (Model Estimations, RIVM-MNP) [geodata_1264]
A global emissions source database called EDGAR has been developed jointly by TNO and RIVM to meet the urgent need of atmospheric chemistry and climate modellers and the need of policy-makers. The ...


14. Emissions of CO2 - from Power Generation (Model Estimations, RIVM-MNP) [geodata_1266]
A global emissions source database called EDGAR has been developed jointly by TNO and RIVM to meet the urgent need of atmospheric chemistry and climate modellers and the need of policy-makers. The ...


15. Emissions of CO2 - from Power Generation (Model Estimations, RIVM-MNP) [geodata_1265]
A global emissions source database called EDGAR has been developed jointly by TNO and RIVM to meet the urgent need of atmospheric chemistry and climate modellers and the need of policy-makers. The ...


16. Emissions of CO2 - from Residentials, Commercials and Other Sector (Model Estimations, RIVM-MNP) [geodata_1267]
A global emissions source database called EDGAR has been developed jointly by TNO and RIVM to meet the urgent need of atmospheric chemistry and climate modellers and the need of policy-makers. The ...


17. Emissions of CO2 - from Residentials, Commercials and Other Sector (Model Estimations, RIVM-MNP) [geodata_1268]
A global emissions source database called EDGAR has been developed jointly by TNO and RIVM to meet the urgent need of atmospheric chemistry and climate modellers and the need of policy-makers. The ...


18. Emissions of CO2 - from Transport Road (Model Estimations, RIVM-MNP) [geodata_1270]
A global emissions source database called EDGAR has been developed jointly by TNO and RIVM to meet the urgent need of atmospheric chemistry and climate modellers and the need of policy-makers. The ...


19. Emissions of CO2 - from Transport Road (Model Estimations, RIVM-MNP) [geodata_1269]
A global emissions source database called EDGAR has been developed jointly by TNO and RIVM to meet the urgent need of atmospheric chemistry and climate modellers and the need of policy-makers. The ...


20. Emissions of N2O - Total (Model Estimations, RIVM-MNP) [geodata_1210]
Emissions of N2O - Total (RIVM) include "Energy", "Agriculture", "Waste" and "Others" EDGAR subdivisions. "Energy" comprises combustion of fossil fuels and biofuels (IPCC category 1A and 1B); "Agriculture" ...


21. Emissions of N2O - from Agriculture (Model Estimations, RIVM-MNP) [geodata_1204]
Emissions of N2O - from Agriculture (RIVM). Emissions of CH4 (Methane) from the agricultural sector include emissions from: Arable Land (fertilizer use) (IPCC 4D); Animal waste management (IPCC 4B); ...


22. Emissions of N2O - from All Anthropogenic Sources (Model Estimations, RIVM-MNP) [geodata_1275]
A global emissions source database called EDGAR has been developed jointly by TNO and RIVM to meet the urgent need of atmospheric chemistry and climate modellers and the need of policy-makers. The ...


23. Emissions of N2O - from All Anthropogenic Sources (Model Estimations, RIVM-MNP) [geodata_1276]
A global emissions source database called EDGAR has been developed jointly by TNO and RIVM to meet the urgent need of atmospheric chemistry and climate modellers and the need of policy-makers. The ...


24. Emissions of N2O - from Fertilizer Use in Arable Land (Model Estimations, RIVM-MNP) [geodata_1277]
A global emissions source database called EDGAR has been developed jointly by TNO and RIVM to meet the urgent need of atmospheric chemistry and climate modellers and the need of policy-makers. The ...


25. Emissions of N2O - from Fertilizer Use in Arable Land (Model Estimations, RIVM-MNP) [geodata_1278]
A global emissions source database called EDGAR has been developed jointly by TNO and RIVM to meet the urgent need of atmospheric chemistry and climate modellers and the need of policy-makers. The ...


26. Emissions of NMVOC (Non-Methane Volatile Organic Compounds) - from All Anthropogenic Sources (Model Estimations, RIVM-MNP) [geodata_1285]
A global emissions source database called EDGAR has been developed jointly by TNO and RIVM to meet the urgent need of atmospheric chemistry and climate modellers and the need of policy-makers. The ...


27. Emissions of NMVOC (Non-Methane Volatile Organic Compounds) - from All Anthropogenic Sources (Model Estimations, RIVM-MNP) [geodata_1286]
A global emissions source database called EDGAR has been developed jointly by TNO and RIVM to meet the urgent need of atmospheric chemistry and climate modellers and the need of policy-makers. The ...


28. Emissions of NMVOC - Total (Model Estimations, RIVM-MNP) [geodata_1216]
Emissions of NMVOC (Non-Methane Volatile Organic Compounds) - Total (RIVM) include the following EDGAR subdivisions: "Fuel combustion", ?Biofuel combustion?, ?Fugitive?, ?Industry?, ?Solvent use?, ...


29. Emissions of NOx - Total (Model Estimations, RIVM-MNP) [geodata_1219]
Emissions of NOx (Nitrogen Oxides) - Total (RIVM) include the following EDGAR subdivisions: "Fuel combustion", ?Biofuel combustion?, ?Fugitive?, ?Industry?, ?Solvent use?, "Agriculture", "Waste" and ...


30. Emissions of NOx - from All Anthropogenic Sources (Model Estimations, RIVM-MNP) [geodata_1283]
A global emissions source database called EDGAR has been developed jointly by TNO and RIVM to meet the urgent need of atmospheric chemistry and climate modellers and the need of policy-makers. The ...


31. Emissions of NOx - from All Anthropogenic Sources (Model Estimations, RIVM-MNP) [geodata_1284]
A global emissions source database called EDGAR has been developed jointly by TNO and RIVM to meet the urgent need of atmospheric chemistry and climate modellers and the need of policy-makers. The ...


32. Emissions of SO2 - from All Anthropogenic Sources (Model Estimations, RIVM-MNP) [geodata_1281]
A global emissions source database called EDGAR has been developed jointly by TNO and RIVM to meet the urgent need of atmospheric chemistry and climate modellers and the need of policy-makers. The ...


33. Emissions of SO2 - from All Anthropogenic Sources (Model Estimations, RIVM-MNP) [geodata_1282]
A global emissions source database called EDGAR has been developed jointly by TNO and RIVM to meet the urgent need of atmospheric chemistry and climate modellers and the need of policy-makers. The ...


34. Emissions of CH4 - Total (Model Estimations, RIVM-MNP) [geodata_1162]
A global emissions source database called EDGAR has been developed jointly by TNO and RIVM to meet the urgent need of atmospheric chemistry and climate modellers and the need of policy-makers. The ...


35. Emissions of CH4 - Waste (Model Estimations, RIVM-MNP) [geodata_1165]
A global emissions source database called EDGAR has been developed jointly by TNO and RIVM to meet the urgent need of atmospheric chemistry and climate modellers and the need of policy-makers. The ...


36. Emissions of CH4 - from Agriculture (Model Estimations, RIVM-MNP) [geodata_1156]
A global emissions source database called EDGAR has been developed jointly by TNO and RIVM to meet the urgent need of atmospheric chemistry and climate modellers and the need of policy-makers. The ...


37. Emissions of SO2 - Total (Model Estimations, RIVM-MNP) [geodata_1222]
Emissions of SO2 (Sulfur dioxide) - Total (RIVM) include the following EDGAR subdivisions: "Fuel combustion", ?Biofuel combustion?, ?Fugitive?, ?Industry?, ?Solvent use?, "Agriculture", "Waste" and ...


38. Global Anthropogenic Emission Inventory for Methane (CH4) from EDGAR/RIVM and the Global Emissions Inventory Activity (GEIA), IGBP/IGAC [GEIA_METHANE_ANTHRO]
This data set contains global 1990 and 1995 methane (CH4) emissions inventory from anthropogenic sources. Sources of methane considered include: industry, power generation, transportation, ...


39. Historical Anthropogenic Emissions 1890-1990, EDGAR-HYDE [EDGAR_RIVM_HYDE]   PARENT DIF
An anthropogenic emissions data set has been constructed for CO2, CO, CH4, nonmethane volatile organic compounds (NMVOC), SO2, NOx, N2O, and ...


40. Historical Resource Exploitation in the Arctic and Antarctic [Historical_Resource_Exploitation_Avango_IPY10_NL]
LASHIPA is a historical-archaeological research project, started within the framework of the International Polar Year (IPY) 2007-09 (see http://ipy.arcticportal.org/). The objectives of the project ...


41. Dissolved Iron (DFe) Concentrations and Total Iron Concentrations of Profile and Surface Stations in the Southern Ocean [Dissolved_Fe_Antarctic_Laan_IPY35_NL_NBP0901area]
Dissolved iron (DFe) concentrations of 40 profile stations and 7 surface stations were measured directly on board by an automated Flow Injection Analysis (FIA) after a modified method of De Jong et ...


42. Diversity Changes in Soil Mesofauna (Springtails and Oribatid Mites) in the Subarctic (Abisko Swedish Lapland) [SOIL_INVERTEBRATES_ARCTIC_KRAB_IPY213_NL]
Northern peatlands have been globally important accumulators of carbon as plant litter and older soil organic matter. As climate changes, the decomposition rates of these peatlands and consequently ...


43. IPY NL - Avian influenza in arctic breeding waterfowl [Waterfowl_AIV_Hoye_IPY172_NL]
This project investigates the interaction between Arctic-breeding migratory waterfowl and avian influenza viruses. We have used RT-PCR targeting the matrix gene of the influenza virus to detect current ...


44. plant and animal propagules inadvertently carried into the Antarctic [FATE]
Data were collected on three sites, see under Purpose. For Falklands Islands there are observations and countings of species, and data on soil respiration (2004, 2005). For all three sites climate ...


45. Climate change and Polar Terrestrial Ecosystems [Polar_Ecosystem_Global_Warming_Huiskes_IPY59_NL]   PARENT DIF
Environmental manipulation studies are integral to determine impacts of climate warming. Chambers are predominantly used to assess summer warming on terrestrial biota, while changes during other seasons ...


46. FRagility of Arctic Goose habitat: Impacts of Land use, conservation and Elevated temperatures [FRAGILE]
The tundra ecosystem lies under threat. Increased numbers of breeding geese, caused by changes in European land use and bird protection measures, may damage the vulnerable tundra vegetation. Examples ...


47. plant and animal propagules inadvertently carried into the Antarctic [Aliens_Antarctic_Huiskes_IPY170_NL]
In the austral summer of 2007/2008, using the momentum of the International Polar Year (2007-2009), an international team of ecologists assessed propagule (e.g. seeds, spores, reproductive adult organisms) ...


48. Antarctic Coastal Ecology [ACE]
Objectives: ? To assess the structure and functioning of the Antarctic coastal ecosystem and the relationships between marine and terrestrial biota. ? To assess the origin of organic ...


49. Biotic Responses to UV-B Radiation in Antarctica [JCADM_NL-NADC_BIOTIC_RESPONSES]
The significant impact of enhanced UV-B radiation on Antarctic marine organisms has been widely recognized. So far studies on Antarctic terrestrial organisms are few. The aim of the project is to ...


50. Population increase in Deschampsia Antarctica: genotypic variation or phenotypic plasticity? [Deschampsia_project_NL_Wouw]
PROBLEM DEFINITION Genetic exchange between local populations of Deschampsia Antarctica (Poaceae), one of the two phanerogams occurring in Antarctica, might be difficult. Dispersal of the species ...


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