期刊： LANDSCAPE ECOLOGY, 2022; 37 (7)
Context Both climatic extremes and land-use change constitute severe threats to biodiversity, but their interactive effects remain poorly understood. ......
期刊： LANDSCAPE ECOLOGY, 2022; 37 (8)
Context Many forest ecosystems around the world are facing increasing drought-induced dieback, causing mortality patches across the landscape at multi......
期刊： LANDSCAPE ECOLOGY, 2022; 37 (2)
Context Seed dispersal by birds plays a crucial role in structuring landscape dynamics. The dispersal process has been extensively studied at local sc......
期刊： LANDSCAPE ECOLOGY, 2022; 37 (5)
Context Plant populations in agricultural landscapes are mostly fragmented and their functional connectivity often depends on seed and pollen dispersa......
期刊： LANDSCAPE ECOLOGY, 2022; 37 (7)
Context Forest loss and fragmentation are major drivers of biodiversity decline globally. However, with the widely recognised notion that biodiversity......
期刊： LANDSCAPE ECOLOGY, 2022; 37 (8)
Context Maps of C-3 and C-4 plant abundance and stable carbon isotope values (delta C-13) across terrestrial landscapes are valuable tools in ecology ......
期刊： LANDSCAPE ECOLOGY, 2022; 37 (11)
Contexts To quantify ecosystem service (ES) changes caused by the dynamic of green vegetation (GV) during rapid urbanization, it is necessary to fully......
期刊： LANDSCAPE ECOLOGY, 2022; 37 (1)
Context Spatial planning system needs the support of approaches toward achieving sustainability, with sustainable landscape pattern (SLP) for one pote......
期刊： LANDSCAPE ECOLOGY, 2022; 37 (8)
Context Land use change modifies landscapes' original compositions and configurations, which can have a positive, negative, or neutral effect on speci......
期刊： LANDSCAPE ECOLOGY, 2022; 37 (11)
Context An important output of connectivity science is the identification of priority areas for the conservation of landscape connectivity. However, c......
期刊： LANDSCAPE ECOLOGY, 2022; 37 (2)
Context Predatory insects contribute to the natural control of agricultural pests, but also use plant pollen or nectar as supplementary food resources......
期刊： LANDSCAPE ECOLOGY, 2022; 37 (5)
Context Land-use change is one of the main threats to biodiversity on the global scale. Legacy effects of historical land-use changes may affect popul......
期刊： LANDSCAPE ECOLOGY, 2022; 37 (4)
Context Domesticated animals play a central role in agricultural landscapes. However, livestock has been scarcely studied from a spatial perspective. ......
期刊： LANDSCAPE ECOLOGY, 2022; 37 (11)
Context Human-modified landscapes are globally ubiquitous. It is critical to understand how habitat loss and fragmentation impact biodiversity from bo......
期刊： LANDSCAPE ECOLOGY, 2022; 37 (12)
Context Management for positive biodiversity outcomes under a changing climate requires a shift of perspective relative to traditional conservation. H......
