نتایج جستجو برای: hydrologic behaviour

تعداد نتایج: 185668  

Journal: :Ecology 2017
Xiaojing Wei Jessica A Savage Charlotte E Riggs Jeannine Cavender-Bares

Environmental filtering is an important community assembly process influencing species distributions. Contrasting species abundance patterns along environmental gradients are commonly used to provide evidence for environmental filtering. However, the same abundance patterns may result from alternative or concurrent assembly processes. Experimental tests are an important means to decipher whethe...

Journal: :iranian journal of environmental sciences 0
husna takaijudin river engineering and urban drainage research centre (redac), engineering campus, universiti sains malaysia, seri ampangan, 14300 nibong tebal, penang, malaysia aminuddin ab ghani river engineering and urban drainage research centre (redac), engineering campus, universiti sains malaysia, seri ampangan, 14300 nibong tebal, penang, malaysia nor azazi zakaria river engineering and urban drainage research centre (redac), engineering campus, universiti sains malaysia, seri ampangan, 14300 nibong tebal, penang, malaysia

bioretention or rain garden is a preferable low impact development (lid) approach due to its characteristics which reflect natural water cycle processes. however, this system is still little understood and quite complicated in terms of design and implementation due to many technical considerations. hence, this paper gives a review of the challenges and developments for the use of bioretention f...

2002
ANDREW SIMON ANDREW J. C. COLLISON

Riparian vegetation strips are widely used by river managers to increase streambank stability, among other purposes. However, though the effects of vegetation on bank stability are widely discussed they are rarely quantified, and generally underemphasize the importance of hydrologic processes, some of which may be detrimental. This paper presents results from an experiment in which the hydrolog...

2014
L. A. Bastidas

Introduction Conclusions References Tables Figures

2018
S. W. Hostetler Larry Benson L. V. Benson

A physically based model of variations in WO and 6*H in Pyramid Lake is presented. For inputs, the model uses measurements of liquid water inflows and outflows and their associated isotopic compositions and a set of meteorological data (radiative fluxes, air temperature, relative humidity, and windspced). The model simulates change of lake volume, thermal and isotopic stratification, evaporatio...

2004
Kellie B. Vaché Jeffrey J. McDonnell John Bolte

[1] Land surface hydrologic models are commonly evaluated based upon the degree of correspondence between measured and modeled discharge. In this paper we illustrate significant shortcomings associated with the simple discharge based evaluation strategy. A standard conceptual hydrologic model is applied within a Monte Carlo framework to two catchments representing significantly different hydrol...

2006
Xiaoyan Jiang

Tiny airborn particles including those released by human activities and the secondary organic aerosols have potential impacts on the hydrologic cycle. This review briefly introduces the aerosols formation, potential feedback between the aerosols and hydrologic cycle. Recent progress in aerosols, cloud and precipitation is described. The current status using model tools to investigate the intera...

2010
Martin Molina Javier Sanchez-Soriano

In this paper we describe our experience in modeling and using sensor knowledge of a national hydrologic information system in Spain. We developed a web application called VSAIH supported by a knowledge-based system to analyze sensor data and to generate explanations that help users to make decisions based on hydrologic behavior. In the paper, we describe the characteristics of the infrastructu...

2012
Megan Konar Jason Todd Rachata Muneepeerakul Andrea Rinaldo Ignacio Rodriguez-Iturbe

A synthesis is presented highlighting the importance of hydrologic variables and dynamics to biodiversity patterns. The focus of this paper is the key hydrologic controls crucial towards quantifying the impacts of climate changes on the distribution of species. Specifically, we highlight the hydrologic controls operating on the carrying capacity, niche formation, and dispersal dynamics. This sy...

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