New one-half liter bottles of drinking water ("purified water with minerals added for taste"). (Dan Goode, USGS)
Daniel J Goode (Former Employee)
Science and Products
Filter Total Items: 17
Contaminants in groundwater near former Navy bases in southeastern Pennsylvania
USGS has investigated groundwater flow and contaminant transport in the vicinity of former Navy bases in Bucks and Montgomery Counties, southeastern Pennsylvania, in cooperation with the U.S. Navy. Additional cooperative support for these investigations has been provided by the U.S. Environmental Protection Agency, Pennsylvania Department of Environmental Protection, Bucks and Montgomery counties...
Hydrologic and Water Quality Studies of PFAS in Pennsylvania
USGS is working with federal, state, and local partners to monitor and evaluate perfluoroalkyl and polyfluoroalkyl substances (PFAS) in Pennsylvania's groundwater and surface waters.
Contaminants in Groundwater near Superfund sites in Pennsylvania
USGS has investigated groundwater flow and contaminant transport in the vicinity of Superfund and other hazardous-waste sites in Pennsylvania, in cooperation with EPA. Additional cooperative support has been provided by the U.S. Department of Defense, National Park Service, Pennsylvania Department of Environmental Protection, Philadelphia, Bucks, Chester, and Montgomery Counties, and local...
Withdrawals for Bottled Water
USGS is compiling data on locations and volumes of water withdrawals for bottled water production and learning how, when, and where bottled water withdrawals result in changes to groundwater levels, spring flows, and water quality.
A Field Method to Quantify Chlorinated Solvent Diffusion, Sorption, Abiotic and Biotic Degradation in Low-Permeability Zones
Strategic Environmental Research and Development Program project ER-2533 In chlorinated-solvent-contaminated fractured-sedimentary-rock aquifers, low-permeability (low-K) strata typically act as long-term or secondary sources of contamination to mobile groundwater in the high-permeability fractures. The fate of dissolved trichloroethene (TCE) in the low-K matrix is controlled by abiotic...
Accelerating Aquifer Storage & Recovery in the Middle East and North Africa Region
In cooperation with the U.S. Agency for International Development, USGS helped regional partners assess the suitability for managing scarce groundwater resources, and improving water supply, using artificial recharge methods.
Bottled Water
New one-half liter bottles of drinking water ("purified water with minerals added for taste"). (Dan Goode, USGS)
Quarry walls showing dipping sedimentary rocks of Newark Basin, Penn.
Quarry walls showing dipping sedimentary rocks of Newark Basin, Penn.Photograph showing dipping sedimentary rocks of the Newark Basin in southeastern Pennsylvania. Taken during the 2018 Field Conference of Pennsylvania Geologists.
Quarry walls showing dipping sedimentary rocks of Newark Basin, Penn.
Quarry walls showing dipping sedimentary rocks of Newark Basin, Penn.Photograph showing dipping sedimentary rocks of the Newark Basin in southeastern Pennsylvania. Taken during the 2018 Field Conference of Pennsylvania Geologists.
Tracer Addition
USGS and University at Buffalo scientists injecting tracers to study diffusion.
USGS and University at Buffalo scientists injecting tracers to study diffusion.
Kafrein reservoir captures runoff near the Dead Sea, Jordan
Kafrein reservoir captures runoff near the Dead Sea, JordanThe Kafrein Dam captures runoff from Jordan River side valley wadis, near the Dead Sea, Jordan. USGS hosted a field trip that included a stop at the dam in February, 2017 during a regional workshop on aquifer storage & recovery in the Middle East and North Africa (MENA) region, in cooperation with the U.S. Agency for International Development.
Kafrein reservoir captures runoff near the Dead Sea, Jordan
Kafrein reservoir captures runoff near the Dead Sea, JordanThe Kafrein Dam captures runoff from Jordan River side valley wadis, near the Dead Sea, Jordan. USGS hosted a field trip that included a stop at the dam in February, 2017 during a regional workshop on aquifer storage & recovery in the Middle East and North Africa (MENA) region, in cooperation with the U.S. Agency for International Development.
Kafrein reservoir, Jordan
Kafrein reservoir captures runoff in the lower Jordan Valley, near the Dead Sea, Jordan.
Kafrein reservoir captures runoff in the lower Jordan Valley, near the Dead Sea, Jordan.
Hydrogeology controls contaminant transport in fractured rock
Hydrogeology controls contaminant transport in fractured rockCross section shows interpreted paths of contaminant transport during a field experiment to quantify transport and reaction rates of TCE and other contaminants in fractured sedimentary rock at the former Naval Air Warfare Center, West Trenton, N.J.
Hydrogeology controls contaminant transport in fractured rock
Hydrogeology controls contaminant transport in fractured rockCross section shows interpreted paths of contaminant transport during a field experiment to quantify transport and reaction rates of TCE and other contaminants in fractured sedimentary rock at the former Naval Air Warfare Center, West Trenton, N.J.
Spring flow towards the Dead Sea, Jordan
Photo of low-flow conditions in a wadi (stream) along the Jordan Rift Valley. Springflow generated by groundwater discharge at higher elevations eventually flows into the hypersaline Dead Sea.
Photo of low-flow conditions in a wadi (stream) along the Jordan Rift Valley. Springflow generated by groundwater discharge at higher elevations eventually flows into the hypersaline Dead Sea.
Well-withdrawal footprint map, Azraq Oasis, Jordan
Well-withdrawal footprint map, Azraq Oasis, JordanLarge groundwater withdrawals in the Azraq Oasis area, Jordan, have contributed to declining water levels in wells. This map shows the withdrawal footprint and observed water-level trends (labeled triangular symbols, from Goode et al. 2013).
Well-withdrawal footprint map, Azraq Oasis, Jordan
Well-withdrawal footprint map, Azraq Oasis, JordanLarge groundwater withdrawals in the Azraq Oasis area, Jordan, have contributed to declining water levels in wells. This map shows the withdrawal footprint and observed water-level trends (labeled triangular symbols, from Goode et al. 2013).
Equipment for an Bioaugmentation Experiment at the Naval Air Warfare Center (NAWC) Research Site, West Trenton, New Jersey
Equipment for an Bioaugmentation Experiment at the Naval Air Warfare Center (NAWC) Research Site, West Trenton, New JerseyThe set up and equipment used for the bioaugmentation experiment at a fractured-rock contamination site. The site is contaminated with trichloroethene (TCE). The bladders contain the solutions that were injected into the subsurface. The injection well is right in front of the blue barrel.
Equipment for an Bioaugmentation Experiment at the Naval Air Warfare Center (NAWC) Research Site, West Trenton, New Jersey
Equipment for an Bioaugmentation Experiment at the Naval Air Warfare Center (NAWC) Research Site, West Trenton, New JerseyThe set up and equipment used for the bioaugmentation experiment at a fractured-rock contamination site. The site is contaminated with trichloroethene (TCE). The bladders contain the solutions that were injected into the subsurface. The injection well is right in front of the blue barrel.
Bed-Oriented Fracturing in the Lockatong Formation, Newark Basin
Bed-Oriented Fracturing in the Lockatong Formation, Newark BasinRoad cut along Interstate-295 (formerly I-95) near West Trenton, NJ, showing the Lockatong Formation, Newark Basin. The larger fractures in this mudstone rock are generally oriented along the bedding of the low-permeability strata.
Bed-Oriented Fracturing in the Lockatong Formation, Newark Basin
Bed-Oriented Fracturing in the Lockatong Formation, Newark BasinRoad cut along Interstate-295 (formerly I-95) near West Trenton, NJ, showing the Lockatong Formation, Newark Basin. The larger fractures in this mudstone rock are generally oriented along the bedding of the low-permeability strata.
Science and Products
Filter Total Items: 17
Contaminants in groundwater near former Navy bases in southeastern Pennsylvania
USGS has investigated groundwater flow and contaminant transport in the vicinity of former Navy bases in Bucks and Montgomery Counties, southeastern Pennsylvania, in cooperation with the U.S. Navy. Additional cooperative support for these investigations has been provided by the U.S. Environmental Protection Agency, Pennsylvania Department of Environmental Protection, Bucks and Montgomery counties...
Hydrologic and Water Quality Studies of PFAS in Pennsylvania
USGS is working with federal, state, and local partners to monitor and evaluate perfluoroalkyl and polyfluoroalkyl substances (PFAS) in Pennsylvania's groundwater and surface waters.
Contaminants in Groundwater near Superfund sites in Pennsylvania
USGS has investigated groundwater flow and contaminant transport in the vicinity of Superfund and other hazardous-waste sites in Pennsylvania, in cooperation with EPA. Additional cooperative support has been provided by the U.S. Department of Defense, National Park Service, Pennsylvania Department of Environmental Protection, Philadelphia, Bucks, Chester, and Montgomery Counties, and local...
Withdrawals for Bottled Water
USGS is compiling data on locations and volumes of water withdrawals for bottled water production and learning how, when, and where bottled water withdrawals result in changes to groundwater levels, spring flows, and water quality.
A Field Method to Quantify Chlorinated Solvent Diffusion, Sorption, Abiotic and Biotic Degradation in Low-Permeability Zones
Strategic Environmental Research and Development Program project ER-2533 In chlorinated-solvent-contaminated fractured-sedimentary-rock aquifers, low-permeability (low-K) strata typically act as long-term or secondary sources of contamination to mobile groundwater in the high-permeability fractures. The fate of dissolved trichloroethene (TCE) in the low-K matrix is controlled by abiotic...
Accelerating Aquifer Storage & Recovery in the Middle East and North Africa Region
In cooperation with the U.S. Agency for International Development, USGS helped regional partners assess the suitability for managing scarce groundwater resources, and improving water supply, using artificial recharge methods.
Bottled Water
New one-half liter bottles of drinking water ("purified water with minerals added for taste"). (Dan Goode, USGS)
New one-half liter bottles of drinking water ("purified water with minerals added for taste"). (Dan Goode, USGS)
Quarry walls showing dipping sedimentary rocks of Newark Basin, Penn.
Quarry walls showing dipping sedimentary rocks of Newark Basin, Penn.Photograph showing dipping sedimentary rocks of the Newark Basin in southeastern Pennsylvania. Taken during the 2018 Field Conference of Pennsylvania Geologists.
Quarry walls showing dipping sedimentary rocks of Newark Basin, Penn.
Quarry walls showing dipping sedimentary rocks of Newark Basin, Penn.Photograph showing dipping sedimentary rocks of the Newark Basin in southeastern Pennsylvania. Taken during the 2018 Field Conference of Pennsylvania Geologists.
Tracer Addition
USGS and University at Buffalo scientists injecting tracers to study diffusion.
USGS and University at Buffalo scientists injecting tracers to study diffusion.
Kafrein reservoir captures runoff near the Dead Sea, Jordan
Kafrein reservoir captures runoff near the Dead Sea, JordanThe Kafrein Dam captures runoff from Jordan River side valley wadis, near the Dead Sea, Jordan. USGS hosted a field trip that included a stop at the dam in February, 2017 during a regional workshop on aquifer storage & recovery in the Middle East and North Africa (MENA) region, in cooperation with the U.S. Agency for International Development.
Kafrein reservoir captures runoff near the Dead Sea, Jordan
Kafrein reservoir captures runoff near the Dead Sea, JordanThe Kafrein Dam captures runoff from Jordan River side valley wadis, near the Dead Sea, Jordan. USGS hosted a field trip that included a stop at the dam in February, 2017 during a regional workshop on aquifer storage & recovery in the Middle East and North Africa (MENA) region, in cooperation with the U.S. Agency for International Development.
Kafrein reservoir, Jordan
Kafrein reservoir captures runoff in the lower Jordan Valley, near the Dead Sea, Jordan.
Kafrein reservoir captures runoff in the lower Jordan Valley, near the Dead Sea, Jordan.
Hydrogeology controls contaminant transport in fractured rock
Hydrogeology controls contaminant transport in fractured rockCross section shows interpreted paths of contaminant transport during a field experiment to quantify transport and reaction rates of TCE and other contaminants in fractured sedimentary rock at the former Naval Air Warfare Center, West Trenton, N.J.
Hydrogeology controls contaminant transport in fractured rock
Hydrogeology controls contaminant transport in fractured rockCross section shows interpreted paths of contaminant transport during a field experiment to quantify transport and reaction rates of TCE and other contaminants in fractured sedimentary rock at the former Naval Air Warfare Center, West Trenton, N.J.
Spring flow towards the Dead Sea, Jordan
Photo of low-flow conditions in a wadi (stream) along the Jordan Rift Valley. Springflow generated by groundwater discharge at higher elevations eventually flows into the hypersaline Dead Sea.
Photo of low-flow conditions in a wadi (stream) along the Jordan Rift Valley. Springflow generated by groundwater discharge at higher elevations eventually flows into the hypersaline Dead Sea.
Well-withdrawal footprint map, Azraq Oasis, Jordan
Well-withdrawal footprint map, Azraq Oasis, JordanLarge groundwater withdrawals in the Azraq Oasis area, Jordan, have contributed to declining water levels in wells. This map shows the withdrawal footprint and observed water-level trends (labeled triangular symbols, from Goode et al. 2013).
Well-withdrawal footprint map, Azraq Oasis, Jordan
Well-withdrawal footprint map, Azraq Oasis, JordanLarge groundwater withdrawals in the Azraq Oasis area, Jordan, have contributed to declining water levels in wells. This map shows the withdrawal footprint and observed water-level trends (labeled triangular symbols, from Goode et al. 2013).
Equipment for an Bioaugmentation Experiment at the Naval Air Warfare Center (NAWC) Research Site, West Trenton, New Jersey
Equipment for an Bioaugmentation Experiment at the Naval Air Warfare Center (NAWC) Research Site, West Trenton, New JerseyThe set up and equipment used for the bioaugmentation experiment at a fractured-rock contamination site. The site is contaminated with trichloroethene (TCE). The bladders contain the solutions that were injected into the subsurface. The injection well is right in front of the blue barrel.
Equipment for an Bioaugmentation Experiment at the Naval Air Warfare Center (NAWC) Research Site, West Trenton, New Jersey
Equipment for an Bioaugmentation Experiment at the Naval Air Warfare Center (NAWC) Research Site, West Trenton, New JerseyThe set up and equipment used for the bioaugmentation experiment at a fractured-rock contamination site. The site is contaminated with trichloroethene (TCE). The bladders contain the solutions that were injected into the subsurface. The injection well is right in front of the blue barrel.
Bed-Oriented Fracturing in the Lockatong Formation, Newark Basin
Bed-Oriented Fracturing in the Lockatong Formation, Newark BasinRoad cut along Interstate-295 (formerly I-95) near West Trenton, NJ, showing the Lockatong Formation, Newark Basin. The larger fractures in this mudstone rock are generally oriented along the bedding of the low-permeability strata.
Bed-Oriented Fracturing in the Lockatong Formation, Newark Basin
Bed-Oriented Fracturing in the Lockatong Formation, Newark BasinRoad cut along Interstate-295 (formerly I-95) near West Trenton, NJ, showing the Lockatong Formation, Newark Basin. The larger fractures in this mudstone rock are generally oriented along the bedding of the low-permeability strata.