Steven C. Chapra
机构: Professor, Civil and Environmental Engineering, Tufts University
主页: tufts.edu
每年引用次数
引用次数
引用: 26,889
H-指数: 56
I10-指数 : 121
出版物: 230
Water Body Temperature Model for Assessing Climate Change Impacts on Thermal Cooling
S. Chapra , M. Lickley , B. Boehlert , K. Strzepek
MIT Joint Program on the Science and Policy of Global Change
2
2015
A framework linking urban park land use with pond water quality
I. Stoianov , S. Chapra , C. Maksimovic
Urban Water 2 ( 1) 47 -62
21
2000
RECOVERY, A Mathematical Model to Predict the Temporal Response of Surface Water to Contaminated Sediments.
Steven C. Chapra , Carlos E. Ruiz , Mark S. Dortch , Jean M. Boyer
20
1994
Engineering approaches for lake management
Steven C. Chapra , Kenneth H. Reckhow
Butterworth Publishers
225
1983
Total Phosphorus Model for the Great Lakes
Steven C. Chapra
Journal of the Environmental Engineering Division 103 ( 2) 147 -161
94
1977
Do the Right Thing
Steven C. Chapra , Kenneth M. Strzepek
Civil Engineering 60 ( 11) 54 -56
3
1990
Object-oriented Model of Colorado River Salinity
Steven C. Chapra , Nancy E. Winter
Water Policy and Management: Solving the Problems 392 -395
1
1994
Decision Support System for Optimal Watershed Nutrient Management
Steven C. Chapra , Paul H. Kirshen , Richard M. Vogel , James F. Limbrunner
Managing Watersheds for Human and Natural Impacts: Engineering, Ecological, and Economic Challenges 1 -1
2005
Advanced Decision Support Systems for Environmental Simulation Modeling
Steven C. Chapra , Robert L. Runkel , Jean M. Boyer
Water Management in the '90s: A Time for Innovation 252 -255
1993
Metode Numerik untuk Teknik : dengan Penerapan pada Komputer Pribadi
Steven C. Chapra , Raymond P. Canale , S Sardy
UI Press
4
1991
Ecological Modelling: Modeling the Impacts of Calcite Precipitation on the Epilimnion of an Ultraoligotrophic Hard-water Lake
Steven C. Chapra , Elizabeth S. Homa
Tufts University and ELSEVIER B.V.
2011
Modeling Effects of Sediment Diagenesis on Recovery of Hypolimnetic Oxygen
Rakesh K. Gelda , Emmet M. Owens , David A. Matthews , Steven W. Effler
Journal of Environmental Engineering 139 ( 1) 44 -53
9
2013
Parsimonious Model for Assessing Nutrient Impacts on Periphyton-Dominated Streams
Steven C. Chapra , Kyle F. Flynn , J. Christopher Rutherford
Journal of Environmental Engineering 140 ( 6) 04014014
13
2014
Sed2K: Modeling Lake Sediment Diagenesis in a Management Context
Steven C. Chapra , Rasika K. Gawde , Martin T. Auer , Rakesh K. Gelda
Journal of Environmental Engineering 141 ( 3) 04014070
2
2015
Evaluating Hydraulic Habitat Suitability of Filamentous Algae Using an Unmanned Aerial Vehicle and Acoustic Doppler Current Profiler
Kyle F. Flynn , Steven C. Chapra
Journal of Environmental Engineering 146 ( 3) 04019126
1
2020
Nutrient Attenuation in Streams: A Simplified Model to Explain Field Observations
J. Christopher Rutherford , Roger G. Young , John M. Quinn , Steven C. Chapra
Journal of Environmental Engineering 146 ( 8) 04020092
3
2020
Modeling the potential effects of climate change on water temperature downstream of a shallow reservoir, Lower Madison river, MT
Michale N. Gooseff , Kenneth Strzepek , Steven C. Chapra
Climatic Change 68 ( 3) 331 -353
67
2005
New hydroepidemiological models of indicator organisms and zoonotic pathogens in agricultural watersheds
Graham B. McBride , Steven C. Chapra
Ecological Modelling 222 ( 13) 2093 -2102
6
2011
Modeling the lateral variation of bottom-attached algae in rivers
Kyle F. Flynn , Steven C. Chapra , Michael W. Suplee
Ecological Modelling 267 11 -25
16
2013
Challenges of modelling water quality in a shallow prairie lake with seasonal ice cover
Julie A. Terry , Amir Sadeghian , Helen M. Baulch , Steven C. Chapra
Ecological Modelling 384 43 -52
17
2018