Escalating wildfire frequency and severity are altering wildland habitats worldwide. Yet investigations into fire impacts on wildlife habitat rarely extend to the macroecological scales relevant to species conservation and global change processes. We evaluate the effects of wildfire on habitat quality and selection by large mammals spanning three ...
Kirby L. Mills +17 more
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ENSO amplifies global vegetation resilience variability in a changing climate. [PDF]
Zhou W +6 more
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Spatial temporal variation characteristics and driving factors of net primary productivity in the Huaihe River Economic Belt on seasonal scale. [PDF]
Niu J +6 more
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Carbon dynamics of a controlled peatland rewetting experiment in the Norwegian boreal zone. [PDF]
Bekken MAH +13 more
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Integrating Phenological Features with Time Series Transformer for Accurate Rice Field Mapping in Fragmented and Cloud-Prone Areas. [PDF]
Xu T, Cai P, Wei H, He H, Wang H.
europepmc +1 more source
Patterns and associations of summer thermal comfort and students' physical activity in campus green spaces. [PDF]
Xiong S, Guo X, Lu B, Bai J.
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Socioeconomic and climatic factors influencing desertification in Saudi Arabia through an ARDL approach. [PDF]
Derouez F +4 more
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[Attempted shortening of vegetative period of Ricinus communis L].
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Horizontal propagation through periodic vegetation canopies
IEEE Transactions on Antennas and Propagation, 1991Electromagnetic wave propagation through vegeta- tion media has traditionally been modeled using random-media volume scattering approaches, such as the radiative transfer technique. Although such techniques have proven suitable for natural vegetation covers, experimental data suggest that a semideterministic technique is needed to model certain man ...
A. Tavakoli, K. Sarabandi, F. Ulaby
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Radar response of periodic vegetation canopies
International Journal of Remote Sensing, 1994Abstract Vector radiative transfer theory is used to model the scattered intensity from a layer of randomly oriented particles over a periodic rough surface. To account for the periodic nature of row-structured vegetation, the number density of particles within the layer is assumed to be varying periodically in the horizontal direction.
M. W. WHITT, F. T. ULABY
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