Lanhui Wang

Ecologist passionate about global #biodiversity, ecosystem functioning & dynamics, and social-ecological resilience for a sustainable Earth with #remotesensing.

[One Earth @OneEarth_CP]

30% of global forests are managed intensively, often as monocultures. A new Perspective from Wang & colleagues explores a rewilding-inspired approach that can boost biodiversity, carbon storage & ecosystem resilience. Read here: https://t.co/7wIROmm1ke

[One Earth @OneEarth_CP]

Intensive forestry threatens biodiversity & carbon storage. A shift to rewilding-inspired forestry—embracing natural regeneration, keystone species, & assisted migration—can restore resilience says a new Perspective from Wang & colleagues. Red here: https://t.co/7wIROmm1ke

[Lanhui Wang @LanhuiW]

@JCSvenning @OneEarth_CP It is my honour to work with great minds and journal to make this work happen!

[Jens Svenning @JCSvenning]

Satellite data supports that #megafauna promotes varied #vegetation structure (a key positive factor for #biodiversity) - see our new global study @OneEarth_CP led by @LanhuiW https://t.co/Tenc8oacOn 🦬🍃🌐🛰️🐘#remotesensing #trees #herbivory

[npj Biodiversity @npjbiodiversity]

New Read: #Forestation of abandoned farmland is increasingly popular. But while forestation addresses climate change, there are less benefits for #biodiversity 🌍

Our authors advocate for #rewilding as a more #sustainable solution 🏞️

@LanhuiW @JCSvenning
https://t.co/wbAwiGqxx0

[Jens Svenning @JCSvenning]

#Rewilding abandoned farmland has greater #sustainability benefits than #afforestation https://t.co/xRofzcQ9z2 - check our new paper in @npjbiodiversity 🌲🌲🌲🌳 🌳vs 🐎🍃🌿🦬🌳

[GEB Journal @GEB_macro]

Asymmetric patterns and temporal changes in phenology‐based seasonal gross carbon uptake of global terrestrial ecosystems https://t.co/IiN9F8PUz9