A University of Oxford-led study reveals the distinct and cumulative environmental impacts of logging and converting tropical forests into oil palm plantations. It highlights that logged forests retain ecological value and should not be hastily cleared for plantations
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#TropicalForests #SustainableLogging #PalmOilImpact #BiodiversityConservation #EnvironmentalResearch
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#TropicalForests #SustainableLogging #PalmOilImpact #BiodiversityConservation #EnvironmentalResearch
University of Oxford
Logged tropical forests are still valuable for biodiversity, study finds
A research team led by the University of Oxford has carried out the most comprehensive assessment to date of how logging and conversion to oil palm plantations affect tropical forest ecosystems. The
Protected habitats aren’t enough to save endangered mammals, MSU researchers find - Study found that tropical forests near more people have fewer mammal species. It suggests that some species do not survive even when forests are protected, such as in national parks.
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#EndangeredSpecies #WildlifeConservation #TropicalForests #BiodiversityLoss #HabitatProtection
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#EndangeredSpecies #WildlifeConservation #TropicalForests #BiodiversityLoss #HabitatProtection
journals.plos.org
Landscape-level human disturbance results in loss and contraction of mammalian populations in tropical forests
Tropical forests hold most of Earth’s biodiversity and a higher concentration of threatened mammals than other biomes. This study uses a standardized pan-tropical dataset of 239 mammal species from 37 forests across 3 continents to provide evidence of selective…
A huge study analysing 40 years of data has found tropical forests are not adapting fast enough to climate change, leading to fears over their ability to survive as the Earth warms.
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#TropicalForests #ClimateChange #EnvironmentalImpact #Sustainability #Biodiversity
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#TropicalForests #ClimateChange #EnvironmentalImpact #Sustainability #Biodiversity
Scimex
Tropical forests not keeping up with climate change
Tropical forests not keeping up with climate change
A huge study analysing 40 years of data has found tropical forests are not adapting fast enough to climate change, leading to fears over
A huge study analysing 40 years of data has found tropical forests are not adapting fast enough to climate change, leading to fears over
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Recovering tropical forests 🌳 grow back nearly twice as fast with nitrogen 🧪: « Cary co-authored study recommends strategies to help young forests soak up carbon faster. »
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#tropicalforests #reforestation #carbonsequestration #nitrogenboost #forestgrowth
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#tropicalforests #reforestation #carbonsequestration #nitrogenboost #forestgrowth
Cary Institute of Ecosystem Studies
Recovering tropical forests grow back nearly twice as fast with nitrogen
A new study coauthored by Cary Institute of Ecosystem Studies ecologist Sarah Batterman estimates that if recovering tropical forests had enough nitrogen in their soils, they might absorb up to an additional 820 million metric tons of carbon dioxide each…
Rising temperatures have pushed 57 million hectares of tropical forest beyond their safety limit for photosynthesis, slowing tree growth and threatening the planet's ability to absorb carbon dioxide, a new study reveals.
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#GlobalWarming #TropicalForests #CarbonSequestration
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#GlobalWarming #TropicalForests #CarbonSequestration
PNAS
Tropical forests are facing increasing risks of exposure to critical temperature thresholds | PNAS
Understanding how close tropical tree species are to critical temperature thresholds
that might impede photosynthetic activity is vital in a world ...
that might impede photosynthetic activity is vital in a world ...
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