Results 181 to 190 of about 1,915,417 (248)
Irrigation and Drainage, EarlyView.ABSTRACT Agricultural water management (AWM) is increasingly transitioning towards transformative thinking, where interconnected sectors, including water, energy and food, are managed holistically. Trends point towards cross‐sectoral and harmonised strategies to optimise water use efficiency and productivity, integrate renewable energy, promote ...
Luxon Nhamo +5 more
wiley +1 more source
Irrigation and Drainage, EarlyView.ABSTRACT Efficient water resource management is critical for sustainable agriculture, with evapotranspiration (ET) serving as a key parameter. Remote sensing (RS) techniques offer cost‐effective approaches for ET estimation and irrigation performance assessment in extensive agricultural systems.
Kivanç Hayri Doganay +1 more
wiley +1 more source
Irrigation and Drainage, EarlyView.ABSTRACT A recent UN report describes many regions as facing ‘water bankruptcy,’ a condition in which available water resources can no longer meet existing demands. In practice, this means irrigation will likely bear the greatest burden of future water‐use reductions, a complicated and fraught decision to make given its critical role in food security ...
Wim G. M. Bastiaanssen +30 more
wiley +1 more source
Transforming Agricultural Water Management for Healthy People and Planet: Thinking Beyond Water
Irrigation and Drainage, EarlyView.ABSTRACT This paper develops the concept of Thinking Beyond Water, a transdisciplinary paradigm that reframes agricultural water management (AWM) as a systems catalyst for planetary health, equity, justice and resilience. Moving beyond conventional irrigation‐centric models, we reimagine AWM through integrative frameworks such as the planetary ...
Tafadzwanashe Mabhaudhi +6 more
wiley +1 more source
Construction and Application of a Novel C‐Vine Copula‐Based Multi‐Variate Ecological Drought Index
Irrigation and Drainage, EarlyView.ABSTRACT A comprehensive ecological drought index capturing vegetation growth conditions and meteorological–hydrological variability is essential for assessing ecological drought and optimizing water resource management. This study selected soil moisture (SM), actual evapotranspiration (ET), land surface temperature (LST) and leaf area index (LAI) to ...
Haofei Zhang, Xingye Han, Zhijun Wu
wiley +1 more source
International Journal of Climatology, EarlyView.This study investigated ENSO effects on rainfall variability and rangeland productivity across Limpopo Province, South Africa, using DMP and ONI data for 1999–2024. Productivity was higher in eastern and southern regions and lower in northern and western regions.
Phumzile Maluleke +2 more
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International Journal of Climatology, EarlyView.Southwest Asia remains understudied in high‐resolution regional climate modelling despite its climatic sensitivity and complex orography. We compare WRF (10 km), CESM (~2°), and ERA5 (0.25°) for 1950–2002, with supplementary validation against CHIRPS and PERSIANN‐CDR. WRF corrects the unrealistic summer precipitation overestimation of CESM and improves
Markella Bouchorikou +5 more
wiley +1 more source
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Satellite Remote Sensing of Wetlands
Wetlands Ecology and Management, 2002To conserve and manage wetland resources, it is important to inventoryand monitor wetlands and their adjacent uplands. Satellite remote sensing hasseveral advantages for monitoring wetland resources, especially for largegeographic areas. This review summarizes the literature on satellite remotesensing of wetlands, including what classification ...
Marvin E Bauer
exaly +2 more sources
Remote Sensing Applications in Satellite Oceanography
2022Satellite remote sensing provides repeated global observations of key ocean surface variables. These observations are complementary to in situ measurements. In fact, remotely sensed information fills some in situ gaps in temporal and spatial coverage, while in situ measurements, being a point-wise source of informa- tion, provide critical ground-truth ...
Aulicino, Giuseppe +6 more
openaire +3 more sources
2020
Lake Victoria Basin (LVB)’s overall water movement expressed through the hydrological cycle is characterised by a simple water balance equation: \(\bigtriangleup S =P-E-Q\), where \(\bigtriangleup S\) is the basin’s total water storage (TWS representing the sum of groundwater, soil moisture, vegetation, and surface water), P the basin’s precipitation ...
openaire +1 more source
Lake Victoria Basin (LVB)’s overall water movement expressed through the hydrological cycle is characterised by a simple water balance equation: \(\bigtriangleup S =P-E-Q\), where \(\bigtriangleup S\) is the basin’s total water storage (TWS representing the sum of groundwater, soil moisture, vegetation, and surface water), P the basin’s precipitation ...
openaire +1 more source