Nutrient Explorer Application Default Datasets From LAGOS-NE And National Nutrient Inventories
U.S. Environmental Protection Agency
@usgov.epa_gov_nutrient_explorer_application_default_datasets_4c6da922
U.S. Environmental Protection Agency
@usgov.epa_gov_nutrient_explorer_application_default_datasets_4c6da922
This dataset contains the default data provided with the Nutrient Explorer Downloadable application (SI: https://cfpub.epa.gov/si/si_public_record_Report.cfm?Lab=CPHEA&dirEntryId=358039), which is used for testing out the features and capabilities of the app. The dataset is based off of LAGOS-NE, lake total nitrogen and total phosphorus concentration data from lakes in the Northeast United States and is combined with a number of explanatory variables such as geology, land use, climate, nutrient inputs, and lake characteristics. Portions of this dataset are inaccessible because: The *.RData format is not allowed to be uploaded on ScienceHub (see above response). They can be accessed through the following means: The *.RData files can be accessed when the user downloaded the NutrientExplorer application zip files on the ScienceInventory link: https://cfpub.epa.gov/si/si_public_record_Report.cfm?Lab=CPHEA&dirEntryId=358039.
The user need to have RStudio installed to open the application and be able to use the RData files. Format: Some of the data files associated with the Nutrient Explorer application are in the *.RData format, which can not be uploaded to ScienceHub. These files include hydrologic unit (HU8) watershed shapefiles and some datasets similar to the *.csv files uploaded here containing variables used for testing out the application's features.
This dataset is associated with the following publication:
Pennino, M., M. Fry, R. Sabo, and J. Carleton. Nutrient Explorer: An analytical framework to visualize and investigate drivers of surface water quality. ENVIRONMENTAL MODELLING & SOFTWARE. Elsevier Science, New York, NY, 170: 105853, (2023).
Organization: U.S. Environmental Protection Agency
Last updated: 2024-05-25T12:31:33.325755
Tags: lake-water-quality, multilinear-regression, nitrogen-and-co-pollutants, phosphorus, random-forest-modeling
CREATE TABLE huc8_2007_7_average_maxdepth (
"unnamed_0" BIGINT -- Unnamed: 0,
"huc8" BIGINT,
"iws_ha" DOUBLE,
"elevation" VARCHAR,
"lake_area_ha" VARCHAR,
"lake_perim_meters" VARCHAR,
"iws_slope_mean" DOUBLE,
"iws_roaddensity_density_mperha" DOUBLE,
"iws_canopy2001_mean" DOUBLE,
"iws_damdensity_pointsperha" DOUBLE,
"hu2" BIGINT,
"year" BIGINT,
"month" BIGINT,
"nlcd_pct_0" DOUBLE,
"nlcd_pct_11" DOUBLE,
"nlcd_pct_31" DOUBLE,
"nlcd_pct_52" DOUBLE,
"nlcd_pct_71" DOUBLE,
"nlcd_pct_developed" DOUBLE,
"nlcd_pct_forest" DOUBLE,
"nlcd_pct_farm" DOUBLE,
"nlcd_pct_wetlands" DOUBLE,
"p_crop_removal_1" VARCHAR,
"p_f_fertilizer_1" VARCHAR,
"legacy_p_1" VARCHAR,
"p_livestock_waste_1" VARCHAR,
"p_nf_fertilizer_1" VARCHAR,
"p_deposition_1" VARCHAR,
"p_human_waste_kg_1" VARCHAR,
"p_kg_ww_1" VARCHAR,
"recovered_p_1" VARCHAR,
"p_ag_surplus_1" VARCHAR,
"napi_1" VARCHAR,
"p_ag_inputs_1" VARCHAR,
"p_anthro_inputs_1" VARCHAR,
"n_cbnf_1" DOUBLE,
"n_crop_n_rem_1" DOUBLE,
"n_fert_farm_1" DOUBLE,
"n_fert_urban_1" VARCHAR,
"n_forest_fire_1" DOUBLE,
"human_n_demand_1" DOUBLE,
"n_human_waste_1" DOUBLE,
"n_imp_balance_1" DOUBLE,
"n_livestock_waste_1" DOUBLE,
"n_manure_recov_1" DOUBLE,
"n_rock_1" DOUBLE,
"n_total_deposition_1" DOUBLE,
"n_total_nbnf_1" DOUBLE,
"n_ag_surplus_1" DOUBLE,
"nani_1" VARCHAR,
"n_ag_inputs_1" DOUBLE,
"n_anthro_inputs_1" VARCHAR,
"aerosolsize_aqua_lag3" VARCHAR,
"aerosolsize_aqua_lag2" VARCHAR,
"aerosolsize_aqua_lag1" VARCHAR,
"aerosolsize_aqua" VARCHAR,
"aerosolsize_aqua_yrmean" VARCHAR,
"aerosolsize_terra_lag3" VARCHAR,
"aerosolsize_terra_lag2" VARCHAR,
"aerosolsize_terra_lag1" VARCHAR,
"aerosolsize_terra" VARCHAR,
"aerosolsize_terra_yrmean" VARCHAR,
"aod_aqua_lag3" VARCHAR,
"aod_aqua_lag2" VARCHAR,
"aod_aqua_lag1" VARCHAR,
"aod_aqua" VARCHAR,
"aod_aqua_yrmean" VARCHAR,
"aod_terra_lag3" VARCHAR,
"aod_terra_lag2" VARCHAR,
"aod_terra_lag1" VARCHAR,
"aod_terra" VARCHAR,
"aod_terra_yrmean" VARCHAR,
"snow_lag3" VARCHAR,
"snow_lag2" VARCHAR,
"snow_lag1" VARCHAR,
"snow" VARCHAR,
"snow_yrmean" VARCHAR,
"fire_lag3" VARCHAR,
"fire_lag2" VARCHAR,
"fire_lag1" VARCHAR,
"fire" VARCHAR,
"fire_yrmean" VARCHAR,
"lst_lag3" VARCHAR,
"lst_lag2" VARCHAR,
"lst_lag1" VARCHAR,
"lst" VARCHAR,
"lst_yrmean" VARCHAR,
"lstanomaly_lag3" VARCHAR,
"lstanomaly_lag2" VARCHAR,
"lstanomaly_lag1" VARCHAR,
"lstanomaly" VARCHAR,
"lstanomaly_yrmean" VARCHAR,
"precip_lag3" VARCHAR,
"precip_lag2" VARCHAR,
"precip_lag1" VARCHAR,
"precip" VARCHAR,
"precip_yrmean" VARCHAR,
"tmax_lag3" VARCHAR,
"tmax_lag2" VARCHAR,
"tmax_lag1" VARCHAR
);CREATE TABLE huc8_2007_7_average_maxdepth2 (
"unnamed_0" BIGINT -- Unnamed: 0,
"huc8" BIGINT,
"iws_ha" DOUBLE,
"elevation" VARCHAR,
"lake_area_ha" VARCHAR,
"lake_perim_meters" VARCHAR,
"iws_slope_mean" DOUBLE,
"iws_roaddensity_density_mperha" DOUBLE,
"iws_canopy2001_mean" DOUBLE,
"iws_damdensity_pointsperha" DOUBLE,
"hu2" BIGINT,
"year" BIGINT,
"month" BIGINT,
"nlcd_pct_0" DOUBLE,
"nlcd_pct_11" DOUBLE,
"nlcd_pct_31" DOUBLE,
"nlcd_pct_52" DOUBLE,
"nlcd_pct_71" DOUBLE,
"nlcd_pct_developed" DOUBLE,
"nlcd_pct_forest" DOUBLE,
"nlcd_pct_farm" DOUBLE,
"nlcd_pct_wetlands" DOUBLE,
"p_crop_removal_1" VARCHAR,
"p_f_fertilizer_1" VARCHAR,
"legacy_p_1" VARCHAR,
"p_livestock_waste_1" VARCHAR,
"p_nf_fertilizer_1" VARCHAR,
"p_deposition_1" VARCHAR,
"p_human_waste_kg_1" VARCHAR,
"p_kg_ww_1" VARCHAR,
"recovered_p_1" VARCHAR,
"p_ag_surplus_1" VARCHAR,
"napi_1" VARCHAR,
"p_ag_inputs_1" VARCHAR,
"p_anthro_inputs_1" VARCHAR,
"n_cbnf_1" DOUBLE,
"n_crop_n_rem_1" DOUBLE,
"n_fert_farm_1" DOUBLE,
"n_fert_urban_1" VARCHAR,
"n_forest_fire_1" DOUBLE,
"human_n_demand_1" DOUBLE,
"n_human_waste_1" DOUBLE,
"n_imp_balance_1" DOUBLE,
"n_livestock_waste_1" DOUBLE,
"n_manure_recov_1" DOUBLE,
"n_rock_1" DOUBLE,
"n_total_deposition_1" DOUBLE,
"n_total_nbnf_1" DOUBLE,
"n_ag_surplus_1" DOUBLE,
"nani_1" VARCHAR,
"n_ag_inputs_1" DOUBLE,
"n_anthro_inputs_1" VARCHAR,
"aerosolsize_aqua_lag3" VARCHAR,
"aerosolsize_aqua_lag2" VARCHAR,
"aerosolsize_aqua_lag1" VARCHAR,
"aerosolsize_aqua" VARCHAR,
"aerosolsize_aqua_yrmean" VARCHAR,
"aerosolsize_terra_lag3" VARCHAR,
"aerosolsize_terra_lag2" VARCHAR,
"aerosolsize_terra_lag1" VARCHAR,
"aerosolsize_terra" VARCHAR,
"aerosolsize_terra_yrmean" VARCHAR,
"aod_aqua_lag3" VARCHAR,
"aod_aqua_lag2" VARCHAR,
"aod_aqua_lag1" VARCHAR,
"aod_aqua" VARCHAR,
"aod_aqua_yrmean" VARCHAR,
"aod_terra_lag3" VARCHAR,
"aod_terra_lag2" VARCHAR,
"aod_terra_lag1" VARCHAR,
"aod_terra" VARCHAR,
"aod_terra_yrmean" VARCHAR,
"snow_lag3" VARCHAR,
"snow_lag2" VARCHAR,
"snow_lag1" VARCHAR,
"snow" VARCHAR,
"snow_yrmean" VARCHAR,
"fire_lag3" VARCHAR,
"fire_lag2" VARCHAR,
"fire_lag1" VARCHAR,
"fire" VARCHAR,
"fire_yrmean" VARCHAR,
"lst_lag3" VARCHAR,
"lst_lag2" VARCHAR,
"lst_lag1" VARCHAR,
"lst" VARCHAR,
"lst_yrmean" VARCHAR,
"lstanomaly_lag3" VARCHAR,
"lstanomaly_lag2" VARCHAR,
"lstanomaly_lag1" VARCHAR,
"lstanomaly" VARCHAR,
"lstanomaly_yrmean" VARCHAR,
"precip_lag3" VARCHAR,
"precip_lag2" VARCHAR,
"precip_lag1" VARCHAR,
"precip" VARCHAR,
"precip_yrmean" VARCHAR,
"tmax_lag3" VARCHAR,
"tmax_lag2" VARCHAR,
"tmax_lag1" VARCHAR
);CREATE TABLE lagos_data_5000rows (
"name" VARCHAR,
"lagos_lake_id" BIGINT,
"hu8zoneid" VARCHAR,
"hu8" BIGINT,
"hu2" BIGINT,
"programname" VARCHAR,
"programtype" VARCHAR,
"iws_zoneid" VARCHAR,
"lat" DOUBLE,
"long" DOUBLE,
"date" TIMESTAMP,
"year" BIGINT,
"month" BIGINT,
"day" BIGINT,
"iws_ha" DOUBLE,
"iws_perimkm" DOUBLE,
"iws_lakeareaha" DOUBLE,
"iws_pct_in_usa" DOUBLE,
"elevation" DOUBLE,
"lake_area_ha" DOUBLE,
"lake_perim_meters" DOUBLE,
"meandepth" VARCHAR,
"maxdepth" VARCHAR,
"tn" VARCHAR,
"logtn" VARCHAR,
"tn_qual" VARCHAR,
"tn_censorcode" VARCHAR,
"tn_detectionlimit" VARCHAR,
"tn_labmethodname" VARCHAR,
"tp" VARCHAR,
"logtp" VARCHAR,
"tp_qual" VARCHAR,
"tp_censorcode" VARCHAR,
"tp_detectionlimit" VARCHAR,
"tp_labmethodname" VARCHAR,
"chla" VARCHAR,
"chla_qual" VARCHAR,
"chla_censorcode" VARCHAR,
"chla_detectionlimit" VARCHAR,
"chla_labmethodname" VARCHAR,
"chla_methodinfo" VARCHAR,
"colora" VARCHAR,
"colora_qual" VARCHAR,
"colora_censorcode" VARCHAR,
"colora_detectionlimit" VARCHAR,
"colora_labmethodname" VARCHAR,
"colort" VARCHAR,
"colort_qual" VARCHAR,
"colort_censorcode" VARCHAR,
"colort_detectionlimit" VARCHAR,
"colort_labmethodname" VARCHAR,
"dkn" VARCHAR,
"dkn_qual" VARCHAR,
"dkn_censorcode" VARCHAR,
"dkn_detectionlimit" VARCHAR,
"dkn_labmethodname" VARCHAR,
"doc" VARCHAR,
"doc_qual" VARCHAR,
"doc_censorcode" VARCHAR,
"doc_detectionlimit" VARCHAR,
"doc_labmethodname" VARCHAR,
"nh4" VARCHAR,
"nh4_qual" VARCHAR,
"nh4_censorcode" VARCHAR,
"nh4_detectionlimit" VARCHAR,
"nh4_labmethodname" VARCHAR,
"nh4_methodinfo" VARCHAR,
"no2" VARCHAR,
"no2_qual" VARCHAR,
"no2_censorcode" VARCHAR,
"no2_detectionlimit" VARCHAR,
"no2_labmethodname" VARCHAR,
"no2no3" VARCHAR,
"no2no3_qual" VARCHAR,
"no2no3_censorcode" VARCHAR,
"no2no3_detectionlimit" VARCHAR,
"no2no3_labmethodname" VARCHAR,
"srp" VARCHAR,
"srp_qual" VARCHAR,
"srp_censorcode" VARCHAR,
"srp_detectionlimit" VARCHAR,
"srp_labmethodname" VARCHAR,
"tdn" VARCHAR,
"tdn_qual" VARCHAR,
"tdn_censorcode" VARCHAR,
"tdn_detectionlimit" VARCHAR,
"tdn_labmethodname" VARCHAR,
"tdp" VARCHAR,
"tdp_qual" VARCHAR,
"tdp_censorcode" VARCHAR,
"tdp_detectionlimit" VARCHAR,
"tdp_labmethodname" VARCHAR,
"tkn" VARCHAR,
"tkn_qual" VARCHAR,
"tkn_censorcode" VARCHAR,
"tkn_detectionlimit" VARCHAR,
"tkn_labmethodname" VARCHAR,
"toc" VARCHAR,
"toc_qual" VARCHAR,
"toc_censorcode" VARCHAR
);Anyone who has the link will be able to view this.