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7篇 您的检索式:作者名="LARONNE"
    题名 作者 年代 出处 被引量
1Evaluation and improvement of bedload discharge formulas based on Helley-Smith sampling in an alpine gravel bed river显示文摘HABERSACK H.M LARONNE J.B 0,,05:1
2Very high rates of bed load sediment transport in ephemeral desert rivers显示文摘LARONNE J B REID I 1993Nature1993,366,:1
3High rates of sediment transport by flash floods in the Southern Judean Desert,Israel显示文摘COHEN H LARONNE J B 2005Hydrological Process2005,19,:1
4STRUCTURE AND COMPOSITION OF A WATERSHED-SCALE SEDIMENT INFORMATION NETWORK显示文摘A 'Watershed-Scale Sediment Information Network' (WaSSIN), designed to complement UNESCO’s International Sedimentation Initiative, was endorsed as an initial project by the World Association for Sedimentation and Erosion Research. WaSSIN is to address global fluvial-sediment information needs through a network approach based on consistent protocols for the collection, analysis, and storage of fluvial-sediment and ancillary information at smaller spatial scales than those of the International Sedimentation Initiative. As a second step of implementation, it is proposed herein that the WaSSIN have a general structure of two components, (1) monitoring and data acquisition and (2) research. Monitoring is to be conducted in small watersheds, each of which has an established database for discharge of water and suspended sediment and possibly for bed load, bed material, and bed topography. Ideally, documented protocols have been used for collecting, analyzing, storing, and sharing the derivative data. The research component is to continue the collection and interpretation of data, to compare those data among candidate watersheds, and to determine gradients of fluxes and processes among the selected watersheds. To define gradients and evaluate processes, the initial watersheds will have several common attributes. Watersheds of the first group will be: (1) six to ten in number, (2) less than 1000 km2 in area, (3) generally in mid-latitudes of continents, and (4) of semiarid climate. Potential candidate watersheds presently include the Weany Creek Basin, northeastern Australia, the Zhi Fanggou catchment, northern China, the Eshtemoa Watershed, southern Israel, the Metsemotlhaba River Basin, Botswana, the Aiuaba Experimental Basin, Brazil, and the Walnut Gulch Experimental Watershed, southwestern United States.W. R. OSTERKAMP J. R. GRAY J. B. LARONNE J. R. MARTIN 2007International Journal of Sediment Research2007,22,3:1
5Cdk1 is essential for mammalian cyclosome/APC regulation显示文摘Listovsky T Zor A Laronne A 2000Exp Cell Res2000,255,:1
6Hydraulic geometry of cohesive channels undergoing base level drop 显示文摘Vachtman D Laronne J B 2013Geomorphology2013,197,5:1
7Suspended sediment concentration and its variation with water discharge in a dryland ephemeral channel northern Negev, Israel 显示文摘Alexandrov Y Laronne J B Reid I 2003Journal of Arid Environments2003,53,:1
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