VICTOR M. PONCE
CONTRIBUTIONS TO THE HYDRAULIC ENGINEERING LITERATURE
• 1977-2023 •SUMMARY
|
| No. |
Online article |
Field |
Year publ. |
| 1 |
Shallow wave propagation in open channel flow |
Hydromechanics |
1977 |
| 2 |
Applicability of kinematic and diffusion models |
Hydromechanics |
1978 |
| 3 |
Muskingum-Cunge method with variable parameters |
Flood hydrology |
1978 |
| 4 |
Kinematic shock: Sensitivity analisis |
Hydromechanics |
1985 |
| 5 |
Diffusion wave modeling of catchment dynamics |
Surface-water hydrologic modeling |
1986 |
| 6 |
New perspective on the Vedernikov number |
Hydromechanics |
1991 |
| 7 |
The kinematic wave controversy |
Hydromechanics |
1991 |
| 8 |
Runoff curve number: Has it reached maturity? |
Infiltration modeling |
1996 |
| 9 |
Analytical verification of Muskingum-Cunge routing |
Flood routing |
1996 |
| 10 |
Surface albedo and water resources:
Hydroclimatological impact of human activities |
Hydroclimatology |
1997 |
| No. |
Online article |
Field |
Year publ. |
11 |
Hydrologic and Environmental Impact of the Parana-Paraguay Waterway on the
Pantanal of Mato Grosso, Brazil |
Hydro-environmental science and engineering |
1995 |
| 12 |
A general dimensionless unit hydrograph |
Surface-water hydrology |
2009 |
| 13 |
Cascade and convolution: One and the same |
Surface-water hydrology |
2009 |
| 14 |
Nutrient balance under flood pulse |
Ecohydrology |
2009 |
| 15 |
Differential equation for DO sag curve |
Environmental engineering |
2011 |
| 16 |
The 800-mm isohyet: Health and hope |
Ecohydrology |
2012 |
| 17 |
Gradually varied flow profiles using critical slope and online calculators |
Open-channel hydraulics |
2013 |
| 18 |
The right of Nature to dispose of its salt waste |
Environmental science |
2015 |
| 19 |
Muskingum-Cunge amplitude and phase portraits with online computation |
Computational hydraulics |
2016 |
| 20 |
The inherently stable channel with online computation |
Open-channel design |
2016 |
| No. |
Online article |
Field |
Year publ. |
| 21 |
Convergence of four-point implicit water wave models
|
Computational hydraulics |
1978 |
| 22 |
Modeling circulation in depth-averaged flow
|
Computational hydraulics |
1981 |
| 23 |
Management of baseflow augmentation:
A review |
Baseflow hydrology and hydraulics |
1990 |
| 24 |
Vegetated earthmounds in tropical savannas of Central Brazil: A synthesis
|
Ecohydrology |
1993 |
| 25 |
A conceptual model of catchment water balance: 1. Formulation and calibration
|
Surface-water hydrology |
1995 |
| 26 |
A conceptual model of catchment water balance: 2. Application to runoff and baseflow
modeling
|
Surface-water hydrology |
1995 |
| 27 |
Management of droughts and floods in the semiarid Brazilian Northeast: The case for conservation
|
Flood and drought hydrology |
1995 |
| 28 |
Groundwater recharge by channel infiltration
in
El Barbon basin, Baja California, Mexico
|
Groundwater hydrology |
1999 |
| 29 |
Characterization of drought across climatic spectrum
|
Drought hydrology |
2000 |
| 30 |
Dam-breach flood wave propagation using dimensionless parameters
|
Flood hydrology and hydraulics |
2003 |
| No. |
Online article |
Field |
Year publ. |
| 31 |
Water balance using catchment wetting | Surface-water hydrology |
2012 |
| 32 |
Comparison of two types of Clark unit hydrographs |
Surface-water hydrology |
2013 |
| 33 |
The Penman-Monteith method |
Evaporation and Evapotranspiration |
2014 |
| 34 |
Runoff diffusion reexamined |
Flood hydrology and hydraulics |
2014 |
| 35 |
The Lane relation revisited, with online calculation |
Sedimentation engineering |
2015 |
| 36 |
How much water could be pumped
from an aquifer and still remain sustainable? |
Sustainability of groundwater |
2018 |
| 37 |
Froude number for initiation of motion calculated online |
River mechanics |
2018 |
| 38 |
A dimensionless convection-diffusion-dispersion equation of flood waves |
Hydromechanics |
2020 |
| 39 |
Comparison between kinematic and dynamic hydraulic diffusivities using script ONLINEOVERLAND |
Hydrologic numerical modeling |
2022 |
| 40 |
Effect of cross-sectional shape on free-surface channel instability |
Hydromechanics, channel design |
2022 |
| No. |
Online article |
Field |
Year publ. |
| 41 |
Sustainable yield of groundwater |
Sustainability of groundwater |
2007 |
| 42 |
Q&A on the return period to be used for design |
Flood hydrology |
2008 |
| 43 |
Hydrologic and environmental impact of the irrigations
of La Joya and San Isidro-La Cano on the Vitor valley, Arequipa, Peru |
Sustainable agriculture |
2008 |
| 44 |
Sustainable runoff for basin salt balance |
Salinity management |
2009 |
| 45 |
The facts about groundwater sustainability |
Sustainability of groundwater |
2009 |
| 46 |
The facts about river basin salinity |
Salinity management |
2010 |
| 47 |
[When to use] Unsteady flow with HEC-RAS |
Hydraulic computational modeling |
2011 |
| 48 |
The salinity of groundwaters |
Groundwater salinity |
2012 |
| 49 |
Effect of form friction on the sediment rating curve |
Sedimentation engineering |
2012 |
| 50 |
Critical shear stress vs critical velocity |
Sedimentation engineering |
2014 |
| No. |
Online article |
Field |
Year publ. |
| 51 |
Time engineering: The singular case of the Salton basin |
Fluvial geomorphology |
2015 |
| 52 |
Effect of global climate change on the White Range of Peru |
Glacier hydrology |
2015 |
| 53 |
The myth of groundwater resource evaluation |
Groundwater modeling |
2016 |
| 54 |
The Linear Oasis: Ecohydrology of Red Shank,
Tierra
del Sol, San Diego County, California |
Ecohydrology |
2017 |
| 55 |
The choice between groundwater use and ecosystem preservation |
Sustainability of groundwater, ecohydrology |
2018 |
| 56 |
Why is the cybernetic hydrologic balance
better suited for yield hydrology than the conventional approach? |
Surface-water hydrology |
2018 |
| 57 |
The S-curve explained |
Hydromechanics |
2019 |
| 58 |
The properties of water |
Water science |
2019 |
| 59 |
The ford-bridge: Sustainable river crossings in arid regions |
Bridge design |
2020 |
| 60 |
Andes, Hylean, and Craton: The faces of the rivers |
Ecohydrology |
2020 |
| No. |
Online article |
Field |
Year publ. |
| 61 |
Facts on Lake Titicaca, Peru and Bolivia |
Lake hydrology |
2003 |
| 62 |
The Salton Sea: An Assessment |
Sustainability
of irrigated agriculture |
2005 |
| 63 |
Is vegetation paying its own way? |
Physical hydrology |
2008 |
| 64 |
The salt predicament |
Salinity management in irrigated agriculture |
2008 |
| 65 |
The natural function of rivers |
Potamology |
2008 |
| 66 |
The resource dilemma: The settlement of less-than-optimal lands |
Land-use policy |
2008 |
| 67 |
The price to pay for agricultural sustainability |
Sustainability of irrigated agriculture |
2008 |
| 68 |
Who owns the groundwater? -- The relation between
groundwater and surface water |
Sustainability of groundwater |
2010 |
| 69 |
Hardin's "Tragedy of the Commons" revisited |
Global economics |
2010 |
| 70 |
The price to pay for sequestering all runoff |
Sustainability of irrigated agriculture |
2011 |
| No. |
Online article |
Field |
Year publ. |
| 71 |
The science of global warming: Good, bad, or ugly? |
Global climate change |
2011 |
| 72 |
Regional aquifer parameters using baseflow recession |
Hydrogeology |
2013 |
| 73 |
Synthetic unit hydrographs explained |
Surface-water hydrology |
2013 |
| 74 |
Chow, Froude, and Vedernikov |
History of hydraulics |
2014 |
| 75 |
The Pfafstetter Coding System for Watershed Identification |
Catchment/watershed/basin hydrology |
2015 |
| 76 |
Initial abstraction revisited |
Infiltration modeling |
2015 |
| 77 |
What is the relative depth to achieve maximum discharge in a circular culvert? |
Open-channel hydraulics |
2015 |
| 78 |
Design of channel transitions |
Channel design |
2015 |
| 79 |
Will the Amazon rainforest help in taking up excess carbon from the air? |
Rainforest ecology |
2020 |
| 80 |
Muskingum-Cunge method explained |
Flood hydrology |
2021 |