New science shows that remnant forests with the greatest tree-species richness also store the most carbon, creating a potential win-win for protecting biodiversity and reducing global carbon emissions.
New research identifies tropical countries where targeted investment can have the greatest impact on reducing global emissions in the short term.
New science shows that diverse natural forests with a mix of tree species provide more stable and reliable carbon capture than monoculture plantations in the long run.
How can nature-based solutions stand the test of time in Myanmar?
In many places in the U.S., $1 invested in floodplain protection today can return at least $5 in savings from avoided flood damages in the future.
Researchers highlight agreements and uncertainties around soil carbon and argue that “action can happen despite unanswered scientific questions.”
New research incorporates conservation considerations into occupational health and safety frameworks.
Seaweed farming can provide livelihoods for rural and indigenous women in Indonesia. How can this aquaculture be practiced sustainably?
New research directly compares, for the first time, how much carbon dioxide could be removed from the atmosphere by both tropical reforestation and deforestation.
Rural Indonesians are changing their behavior as deforestation creates increased local temperatures.
High temperatures are often the greatest weather-related public health threat. Trees can help.
Can targeted, farm-level recommendations spark adoption at the scale needed to ensure the city of Nairobi a sustainable water supply? TNC scientists are experimenting to find out.