Climate change significantly influences changes in ecological phenomena and processes,
such as species distribution and phenology, thus accelerating the rate of species extinction …

Ecological infrastructure (EI), as the composite system on which the sustainable
development of cities depends, has attracted worldwide attention. Considering refined …

[目的] 采用优化Maxent 模型对白栎的适生区进行预测, 了解气候因子对白栎分布的影响,
同时结合植物耐寒性区域地图(PHZM) 探讨白栎的栽培区划和引种区划, 为白栎的引种栽培提供 …

Rapid urbanization has caused drastic changes in urban ecosystems, resulting in various
urgent management needs from mitigating biodiversity loss to preventing human-wildlife …

Global climate change represents one of the most extensive and pervasive threats to wildlife
populations. Amphibians, specifically salamanders, are particularly susceptible to the effects …

Abstract In recent years, Urban Green Infrastructure (UGI) has gained broad political support
and has evolved to become a new research topic in the area of sustainable urban …

The ability to predict spatial variation in biodiversity is a long-standing but elusive objective
of landscape ecology. It depends on a detailed understanding of relationships between …

Understanding the spatial patterns of species distribution and predicting suitable habitats for
threatened species are central themes in land use management and planning. In this study …

An explicit analysis of the impact for the richness of species of the vegetation phenological
characteristics calculated from various remote sensing data is critical and essential for …

Aim Positive regional correlations between biodiversity and human population have been
detected for several taxonomic groups and geographical regions. Such correlations could …