نتایج جستجو برای: hydrology

تعداد نتایج: 6983  

2002
Y. K. Tung

AesrflAcr: I n hydraulic and hydrologic design and analysis, engineers frequently face uncerlaiiiticn involving quantities tlint carino~ tie assessed with absolute accuracy. Uridcr such circuiiistanccs, uiiceitnirity aiialysis is uivlerlakeci to cxriiiiiic tlic elrccts of unccrtain factors on the rcsults o l design arid anaiysis. Tlic papcr introduces a matlieiiiatical tecliiiique called the hl...

2017
Kilian Ashley Katie Davis Anna Martini Matthew Fields Jennifer McIntosh

2015
X. Shi P. E. Thornton D. M. Ricciuto P. J. Hanson J. Mao S. D. Sebestyen N. A. Griffiths

Introduction Conclusions References Tables Figures

2004
Jinsheng You David G. Tarboton Mariush W. Kemblowski Robert R. Gillies Lawrence Hipps Danny Marks Charlie Luce Don Cline

Snow Hydrology: The Parameterization of Subgrid Processes within a Physically Based Snow Energy and Mass Balance Model

2008
Megan W. Lang Philip A. Townsend Eric S. Kasischke

Article history: Hydrology is the single mos Received 8 May 2006 Received in revised form 24 June 2008 Accepted 26 June 2008

2016
Adriano Mazziotta Jacob Heilmann-Clausen Hans Henrik Bruun Örjan Fritz Erik Aude Anders P. Tøttrup

The data presented in this article are related to the research article entitled "Restoring hydrology and old-growth structures in a former production forest: Modelling the long-term effects on biodiversity" (A. Mazziotta, J. Heilmann-Clausen, H. H.Bruun, Ö. Fritz, E. Aude, A.P. Tøttrup) [1]. This article describes how the changes induced by restoration actions in forest hydrology and structure ...

Journal: :archives of hygiene sciences 0
mojgan mirzaei department of environmental sciences, malayer university, malayer, hamedan, iran. eisa solgi department of environmental sciences, malayer university, malayer, hamedan, iran. abdolrassoul salman mahiny gorgan university of agriculture sciences and natural resources, environmental sciences, college of fisheries and environmental sciences. gorgan, iran.

background & aims of the study: in this research, long-term hydrologic impact assessment model is selected for simulation of runoff and nps pollution. the aim of this study is modeling of non-point source pollution by l-thia model in zayandehrood watershed in 2015. materials & methods: in this study, analytical survey and investigation of references in the context of library studies has been us...

نمودار تعداد نتایج جستجو در هر سال

با کلیک روی نمودار نتایج را به سال انتشار فیلتر کنید