Skip Navigation Links

380. Short contributions on important topics of general interest [200804]

[Hydraulics, culvert hydraulics]   57   38057.  What is the relative depth to achieve maximum discharge in a circular culvert? [150919]      [Lake hydrology]   56   38056.  Facts on Lake Titicaca, Peru and Bolivia [200309]     [Flood routing]   55   38055.  Muskingum-Cunge method explained [200220]     [Surface-water hydrology]   54   38054.  Andes, Hylean, and Craton: The faces of the rivers [200213]     [Unsteady open-channel flow, shallow wave propagation]   53   38053.  The S-curve explained [191027]     [Ecohydrology]   52   38052.  The choice between groundwater use and ecosystem preservation [180318]     [Groundwater sustainability]   51   38051.  How much water could be pumped from an aquifer and still remain sustainable? [180207]     [Surface-water hydrology]   50   38050.  Why is the cybernetic hydrologic balance better suited   for yield hydrology than the conventional approach? [180115]     [Geology/Lake salinity]   49   38049.  The connection between the Coipasa and Uyuni Salt Flats, Bolivia [170619]     [Computational hydraulics]   48   38048.  Runoff diffusion reexamined [140611]     [Groundwater sustainability]   47   38047.  The myth of groundwater resource evaluation [151110]     [Applied hydrology]   46   38046.  Initial abstraction revisited [151025]     [Open-channel hydraulics]   45   38045.  What is the relative depth to achieve maximum discharge in a circular culvert? [150910]     [Glaciology]   44   38044.  Effect of global climate change on the White Range of Peru [150710]     [Salinity Management]   43   38043.  The right of Nature to dispose of its salt waste [150220]     [Geomorphology]   42   38042.  Time Engineering: The singular case of the Salton Basin [150428]     [Online publishing]   41   38041.  The new meaning of publication      [Sustainable development]   40   38040.  Plants and animals: How many are they?     [River morphology]   39   38039.  Chronology of the Mississippi River geomorphology, A.D. 1000 to A.D. 2000      [Hydroclimatology]   38   38038.  The psychrometric constant     [Stream topology]   37   38037.  The Pfafstetter Coding System      [Stream morphology]   36   38036.  Cutback in the New River near Calexico     [Open-channel flow]   35   38035.  Critical shear stress versus critical velocity      [Stream morphology]   34   38034.  Pongo de Manseriche     [Sedimentation Engineering]   33   38033.  Effect of form friction on the sediment rating curve     [Groundwater quality]   32   38032.  The salinity of groundwaters     [Unsteady flow in open channels]   31   38031.  Unsteady flow with HEC-RAS      [Sustainable irrigation]   30   38030.  The price to pay for sequestering all runoff     [Sedimentation Engineering]   29   38029.  Initiation of motion based on Froude number      [Flood hydrology]   28   38028.  Synthetic unit hydrographs explained     [Environmental hydrology]   27   38027.  The 800-mm Isohyet:  Health and Hope      [Online publishing]   26   38026.  The age of impermanence     [Hydroclimatology/Water Resources]   25   38025.  Is vegetation paying its own way?      [Global climate change]   24   38024.  Milestones in global climate change     [Hydrography]   23   38023.  The true source of the Missouri river      [Salinity management]   22   38022.  The facts about river basin salinity      [Global warming]   21   38021.  Uncommon sense      [Global warming]   20   38020.  The science of global warming:  Good, bad, or ugly?      [Environmental science]   19   38019.  Hardin's "Tragedy of the Commons" revisited      [Floodplain ecology]   18   38018.  Nutrient balance under flood pulse      [Online learning]   17   38017.  Intelligent video      [Online learning]   16   38016.  Cognitive learning:  A vector-raster roller coaster      [Sustainable agriculture]   15   38015.  Sustainable runoff for basin salt balance      [Sustainable agriculture]   14   38014.  The salt predicament      [Sustainable agriculture]   13   38013.  The natural function of rivers      [Groundwater depletion]   12   38012.  How did Las Vegas get its name?      [Tropical ecology]   11   38011.  Will the Amazon rainforest help in taking up excess carbon from the air?      [Global warming]   10   38010.  The unfossil story:  Old time vs new time      [Urban drainage and flood control]   09   38009.  Q&A on the return period to be used for design      [Sustainability of groundwater]   08   38008.  Who owns the groundwater?      [Channel morphology]   07   38007.  The ford-bridge: Sustainable river crossings in arid regions      [Natural resources]   06   38006.  The resource dilemma:  The settlement of less-than-optimal lands      [Irrigation and drainage]   05   38005.  A case of drainage:  The story of Wellton-Mohawk      [Sustainable agriculture]   04   38004.  Sustainable irrigation:  Can it be done?      [Sustainable agriculture]   03   38003.  To drain or not to drain:  That is the question      [Global warming]   02   38002.  How? What? When? The reason behind global warming      [Sustainable agriculture]   01   38001.  The price to pay for agricultural sustainability