GeoNodeFeatureCatalogue Generic Feature Catalogue Generic Feature Catalogue 1.0 2016-01-11 Organization Name pointOfContact geonode:gnc_global_news_model Predicted changes in per-area nutrient fluxes by large river basin and nutrient form globally between years 2000 and 2050. Note especially large anticipated changes in DIN and DIP loading in South Asia and parts of Central and South America. There are substantial differences in the relative contributions of various nutrient sources and human drivers causing the scenario trends between developing countries and industrialized countries. Global NEWS scenarios for 2030 and 2050 indicate that substantial changes in coastal nutrient loading may occur due to changing nutrient management in agriculture DIN: Dissolved Inorganic Nutrients DIP: Dissolved Inorganic Phosphorus DON: Dissolved Organic Nutrients PP: Particulate Phosphorus PN: Particulate Nitrogen DOP: Dissolved Organic Phosphorus false gnc global news model ICEP_2050_ 1 1 xsd:double the_geom 1 1 gml:MultiPolygonPropertyType OBJECTID 1 1 xsd:long AREA 1 1 xsd:double PERIMETER 1 1 xsd:double C_BASIN_ 1 1 xsd:double C_BASIN_ID 1 1 xsd:double BASINID 1 1 xsd:double SUBCONTINE 1 1 xsd:string BASINID_1 1 1 xsd:double ICEP_1970 1 1 xsd:double ICEP_2000 1 1 xsd:double ICEP_20501 1 1 xsd:double ICEP_chang 1 1 xsd:double ICEP_cha_1 1 1 xsd:double ICEP_Cha_2 1 1 xsd:double BASINID_12 1 1 xsd:double basinname 1 1 xsd:string DINyld_cha 1 1 xsd:double DIPyld_cha 1 1 xsd:double DONyld_cha 1 1 xsd:double DOPyld_cha 1 1 xsd:double DOCyld_cha 1 1 xsd:double PNyld_chan 1 1 xsd:double PPyld_chan 1 1 xsd:double POCyld_cha 1 1 xsd:double Shape_Leng 1 1 xsd:double Shape_Area 1 1 xsd:double