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33篇 您的检索式：作者名="Kavvas"

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	题名	作者	年代	出处	被引量
1	Evaluation of an erosion-sediment transport model for a hillslope using laboratory flume data显示文摘Climate change can escalate rainfall intensity and cause further increase in sediment transport in arid lands which in turn can adversely affect water quality. Hence, there is a strong need to predict the fate of sediments in order to provide measures for sound erosion control and water quality management. The presence of microtopography on hillslopes influences processes of runoff generation and erosion, which should be taken into account to achieve more accurate modelling results. This study presents a physically based mathematical model for erosion and sediment transport coupled to one-dimensional overland flow equations that simulate rainfall-runoff generation on the rill and interrill areas of a bare hillslope. Modelling effort at such a fine resolution considering the flow connection between interrill areas and rills is rarely verified. The developed model was applied on a set of data gathered from an experimental setup where a 650 cm×136 cm erosion flume was pre-formed with a longitudinal rill and interrill having a plane geometry and was equipped with a rainfall simulator that reproduces natural rainfall characteristics. The flume can be given both longitudinal and lateral slope directions. For calibration and validation, the model was applied on the experimental results obtained from the setup of the flume having 5% lateral and 10% longitudinal slope directions under rainfall intensities of 105 and 45 mm/h, respectively. Calibration showed that the model was able to produce good results based on the R2(0.84) and NSE(0.80) values. The model performance was further tested through validation which also produced good statistics(R2=0.83, NSE=0.72). Results in terms of the sedigraphs, cumulative mass curves and performance statistics suggest that the model can be a useful and an important step towards verifying and improving mathematical models of erosion and sediment transport.	Anya Catherine CARGUELLES MinJae JUNG Kristine Joy BMALLARI GiJung PAK Hafzullah AKSOY Levent M KAVVAS Ebru ERIS JaeYoung YOON YoungJoon LEE SeonHwa HONG	2014	Journal of Arid Land2014，6，6：	3
2	Hydrologic impact of regional climate change for the snowfed and glacierfed river basins in the Republic of Tajikistan: hydrological response of flow to climate change显示文摘	S. Kure S. Jang N. Ohara M. L. Kavvas Z. Q. Chen	2013	Hydrol Process2013，，26：	2
3	Spatial averaging of unsaturated flow equations under infiltration conditions over areally heterogeneous fields:2:numerical simulations显示文摘	CHEN Z Q GOVINDARAJU R S KAVVAS M L	1994	Water Resources Research1994，30，2：	1
4	Experimental study of debris capture efficiency of trash racks 显示文摘	Xiang Fu Kavvas L M Chen Zhiqiang	2009	Journal of Hydro-Environment Research2009，3，3：	1
5	A Really-averaged Over-land flow Equations at Hillslope Scale显示文摘	Tayfur G Kavvas M L	1998	Hydrological Sciences1998，43，3：	1
6	Coupling HEC-HMS with atmospheric models for prediction of watershed runoff显示文摘	ANDERSON M L CHEN Z Q KAVVAS M L	2002	Journal of Hydrologic Engineering2002，，4：	1
7	A review of hillslope and water- shed scale erosion and sediment transport models显示文摘	Aksoy H Kavvas M L	2005	Cate-na2005，64，2：	1
8	Coupling HEC-HMS with atmospheric models for prediction of watershed runoff显示文摘	Anderson M L Chen Z Q Kavvas Feldman M L A	2002	J Hydraul Eng2002，7，：	1
9	A review of hillslope and watershed scale erosion and sediment transport models显示文摘	Hafzullah A Kavvas M L	2005	Catena2005，64，：	1
10	A really-averaged overland flow equations at hillslope scale显示文摘	TAYFUR G KAVVAS M L	1998	Hydrological Sciences1998，43，3：	1
11	Field Observations and Numerical Model Experiments for the Snowmelt Process at aField Site显示文摘	OHARA N KAVVAS M L	2006	Advances in Water Resources2006，29，：	1
12	Hydrologic impact of regional climate change for the snow‐fed and glacier‐fed river basins in the Republic of Tajikistan: statistical downscaling of global climate model projections显示文摘	S. Kure S. Jang N. Ohara M. L. Kavvas Z. Q. Chen	2013	Hydrol Process2013，，26：	1
13	Watershed Environmental Hydrology(WEHY) Model Based on Upscaled Conservation Euqations: Hydrologic Module 显示文摘	Kavvas M L Chen Z Q Dogrul C	2004	Journal of Hydrologic Engineering2004，9，6：	1
14	A stochastic duster model of daily rainfall sequences 显示文摘	Kavvas M L Delleur J W	1981	Water Resources Research1981，17，：	1
15	Stochastic models for monthly rainfall forecasting and synthetic generation显示文摘	DELLEUR J W KAVVAS M L	1978	Appl Meteorol1978，17，10：	1
16	Simplified model for two-dimensional overland flows显示文摘	Govindaraju R S Kavvas M L Tayfur G	1992	Advances in Water Resources1992，15，2：	1
17	Evaluation of adult white sturgeon swimming capabilities and applications to fishway design 显示文摘	Cheong T S Kavvas M L Anderson E K 2006	2006	Environmental biology of fishes2006，77，2：	1
18	Coupled Regional Hydroclimate Model and Its Application to the Tigris- Euphrates Basin显示文摘	Chen Z Q R Kavvas M L Ohara N	2012	Journal of Hydrologic Engineering2012，16，12：	1
19	A review of hillslope and watershed scale erosion and sediment transport models显示文摘	Aksoy H Kavvas M L	2005	Cate na2005，64，23：	1
20	Field observations and numerical model experiments for the snowmelt process at a field site显示文摘	N. Ohara M.L. Kavvas	2005	Advances in Water Resources2005，，2：	1

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