Faculty

Institution

Unit

Venue

José A. Constantine

Williams College

Affiliations

Williams College

Department of Geosciences

NoneJosé A. Constantine is currently serving as a Geosciences faculty at Williams College.

Honors

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Experiences

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José A. Constantine

Williams College

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environmental science earth science hydrology geography sediment transport geomorphology ecology hydrological process river basin management sediment research sedimentology land degradation fluvial process coastal research sedimentation hydraulic research marine geology hydrogeology oceanography engineering geology watershed management oxbow lakes geology coastal engineering soil dynamics sediment-water interaction soil erosion erosion prediction sediment supply amazon basin coastal management climatic change geoscientific model development freshwater biology environmental geology regional geology surface-water hydrology sediment process sacramento river forest ecology basin evolution submarine landslides coastal geomorphology land restoration se brazil global ecology sedimentary geology hydraulic engineering estuarine hydrodynamics reforestation river meandering meander cutoff channel sinuosity ain river tropical deforestation nature spectral theory applied geomorphology neotectonics channel characterization channel model coastal geochemistry forest transition theory geological hazards rock slide catchment scales surface runoff seismic waves seismic stratigraphy hillslope process floodplain evolution bed-material load uniform floodplain topography chute cutoff generic theory off-channel storage

Notable Scholarly Works

Notable Federal Grants

Collaborators

Meander Cutoffs Measured Across Reaches Wider Than 90 M in the Amazon River Basin From 1984–2021. Zenodo (CERN European Organization for Nuclear Research) (2026)

meander cutoffswatershed managementsediment transporthydrologyhydrological processgeographyenvironmental monitoringgeomorphologyearth sciencefluvial processwater resourcessediment researchriver basin managementamazon river basin

A Fractal Framework for Channel–Hillslope Coupling. Earth Surface Dynamics (2025)

fractal analysisdynamical systemsfractal frameworkchaotic mixingapplied mathematicsfractals

Community-Scale Urban Flood Monitoring Through Fusion of Time-Lapse Imagery, Terrestrial Lidar, and Remote Sensing Data. (2025)

flood controlgeographical information sciencehydrologyhydrological processterrestrial lidargeographyhydrometeorologyremote sensingflash floodsflooded areaflood risk managementearth sciencetime-lapse imagerynatural disasters

Curvature as a Driver of Floodplain Contaminant Sequestration in Meandering Rivers. Abstracts with programs - Geological Society of America (2025)

hydraulic researchecohydrologyenvironmental sciencesediment researchmeandering riverswatershed managementwater sciencefluvial processsedimentologyhydrologyhydrological processgeographywater resourcesenvironmental engineeringfloodplain contaminant sequestrationsediment transportriver restorationwater resource managementgeomorphologyflood risk managementriver basin management

Oxbow Lake Sediments and Two Centuries of Environmental Change in the Arkansas River Basin. Abstracts with programs - Geological Society of America (2025)

environmental changeoxbow lake sedimentssediment researchgeographyenvironmental sciencearkansas river basinfreshwater biologysediment qualitywetlandssedimentologyriver basin managementsediment-water interaction

Supplementary Material to"Community-Scale Urban Flood Monitoring Through Fusion of Time-Lapse Imagery, Terrestrial Lidar, and Remote Sensing Data". (2025)

geographical information sciencehydrologysupplementary materialterrestrial lidargeographyremote sensingenvironmental monitoringdisaster detectionflood risk managementearth scienceflooded areatime-lapse imagery

Supporting Code and Data for Dale Et Al.,"Community-Scale Urban Flood Monitoring Through Fusion of Time-Lapse Imagery, Terrestrial Lidar, and Remote Sensing Data". Zenodo (CERN European Organization for Nuclear Research) (2025)

geographical information sciencehydrologyterrestrial lidargeographyremote sensingenvironmental monitoringnatural hazardsdisaster detectionflood risk managementearth sciencedata scienceflooded areatime-lapse imagerynatural disasters

Vegetation and the Morphodynamics of Tidal Channels: Insights From Plum Island Sound, Massachusetts. Geomorphology (2025)

coastal processecohydrologyoceanographymarine geologycoastal geomorphologywetlandsecologyplum island soundmarine systemscoastal researchsedimentologytidal zonetidal channelsphysical geographygeographyearth sciencesediment transportgeomorphologyenvironmental fluid mechanics

Black Studies and the Production of Environmental Justice Knowledge. Environmental Justice (2024)

black studiesraceenvironmental justiceblack experienceethnic studiesanti-racismamerican studiescritical race theoryafrican american studiesracial studiessocial justice

Constrained Influence of Marsh Biomass on Tidal Channel Mobility. SSRN Electronic Journal (2024)

coastal processmarine systemssediment transportoceanographynearshore processenvironmental scienceenvironmental fluid mechanicscoastal researchwetlandscoastal managementmarsh biomass

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José A. Constantine

Williams College

Affiliations

Williams College

Department of Geosciences

NoneJosé A. Constantine is currently serving as a Geosciences faculty at Williams College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

José A. Constantine

Williams College

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Meander Cutoffs Measured Across Reaches Wider Than 90 M in the Amazon River Basin From 1984–2021. Zenodo (CERN European Organization for Nuclear Research) (2026)

A Fractal Framework for Channel–Hillslope Coupling. Earth Surface Dynamics (2025)

fractal analysisdynamical systemsfractal frameworkchaotic mixingapplied mathematicsfractals

Community-Scale Urban Flood Monitoring Through Fusion of Time-Lapse Imagery, Terrestrial Lidar, and Remote Sensing Data. (2025)

Curvature as a Driver of Floodplain Contaminant Sequestration in Meandering Rivers. Abstracts with programs - Geological Society of America (2025)

Oxbow Lake Sediments and Two Centuries of Environmental Change in the Arkansas River Basin. Abstracts with programs - Geological Society of America (2025)

Supplementary Material to"Community-Scale Urban Flood Monitoring Through Fusion of Time-Lapse Imagery, Terrestrial Lidar, and Remote Sensing Data". (2025)

Vegetation and the Morphodynamics of Tidal Channels: Insights From Plum Island Sound, Massachusetts. Geomorphology (2025)

Black Studies and the Production of Environmental Justice Knowledge. Environmental Justice (2024)

black studiesraceenvironmental justiceblack experienceethnic studiesanti-racismamerican studiescritical race theoryafrican american studiesracial studiessocial justice

Constrained Influence of Marsh Biomass on Tidal Channel Mobility. SSRN Electronic Journal (2024)

coastal processmarine systemssediment transportoceanographynearshore processenvironmental scienceenvironmental fluid mechanicscoastal researchwetlandscoastal managementmarsh biomass

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10 / page