Results 241 to 250 of about 512,153 (303)

First Confirmed Cooperative Breeding of the Brown Hornbill (Anorrhinus austeni) in China at the Sino–Lao Frontier 中国中老边境尚勇保护区首次记录白喉犀鸟 (Anorrhinus austeni) 的合作繁殖行为

Integrative Conservation, EarlyView.
First confirmed breeding of the Brown Hornbill in China, documented through cooperative feeding in Shangyong Protected Area. ABSTRACT The Brown Hornbill (Anorrhinus austeni), a Near Threatened frugivore, reaches the northern edge of its distribution in southern Yunnan, China, yet breeding had not been previously documented with site‐attributed nests in
Junsong Li, Aidong Luo, Bo Wang, Yun Yang, Yan Li, Jinhua Li, Jiabin Li, Wendi Yan, Kang Luo   +8 more
wiley   +1 more source

Mountains Without Borders: Scaling up Conservation Success for Snow Leopards

Integrative Conservation, EarlyView.
This special issue assembles pioneering research addressing three critical and interconnected challenges: establishing where viable populations persist at range edges, advancing methods to monitor this cryptic species and its prey effectively, and evaluating whether landscapes remain connected across political boundaries.
Juan Li, Lingyun Xiao
wiley   +1 more source

Life Stage‐Specific Genetic Diversity and Landscape Characteristics Collectively Influence Genetic Recovery in Pometia pinnata Population 生活史阶段特异的遗传多样性与景观特征对番龙眼种群遗传恢复的协同影响

Integrative Conservation, EarlyView.
Pometia pinnata demonstrated life‐stage‐specific genetic responses to landscape features, with asymmetric gene flow patterns and population recovery following historical bottlenecks, revealing complex topographic and demographic influences on forest genetic structure.
Madhuparna Chatterjee, Xiao‐Na Shao, Feng Liu, Guang‐Hong Cao, Zheng‐Feng Wang, Lu‐Xiang Lin   +5 more
wiley   +1 more source

Gain and loss of habitat

, 2017
openaire   +1 more source

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Ecosystem decay exacerbates biodiversity loss with habitat loss

Nature, 2020
Although habitat loss is the predominant factor leading to biodiversity loss in the Anthropocene1,2, exactly how this loss manifests-and at which scales-remains a central debate3-6. The 'passive sampling' hypothesis suggests that species are lost in proportion to their abundance and distribution in the natural habitat7,8, whereas the 'ecosystem decay ...
Jonathan M. Chase, Shane A. Blowes, Tiffany M. Knight, Katharina Gerstner, Felix May   +4 more
openaire   +3 more sources

LPC habitat loss 2020

2021
A report on habitat loss for Lesser Prairie-Chickens since ESA delisting.
Malcom, Jacob, Evans, Michael John
openaire   +1 more source

Habitat Loss

2015
NA
AIROLDI, LAURA, BECK, MICHAEL WILLIAM
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Species loss after habitat fragmentation

Trends in Ecology & Evolution, 2000
Currently, we are losing large areas of natural and seminatural habitats. The big conservation question now is: how far does this habitat loss translate into species loss? Species–area relationships (SAR) describe the increase in the number of species S with increasing area A of a habitat. Generally, SAR obey a power law with an exponent
openaire   +2 more sources

Habitat loss

1995
Abstract There is widespread concern over the damage that humans are inflicting upon the environment. One of the consequences of this is a reduction in area of various habitats. Further habitat loss may be expected due to processes such as industrial development, agricultural intensification, deforestation, and sea level rise. There is a
openaire   +1 more source