According to data displayed on Global Forest Watch Fires, there have been 66,000 fire alerts in Indonesia from January through the end of September. While this is much lower than fire levels in 2015 — which saw more than 110,000 alerts at the end of September — it far exceeds levels in 2016, 2017 and 2018.
The thousands of fires burning in the Brazilian Amazon got global attention this week, both in the media and online, where the hashtag #prayforamazonia earned more than 150,000 mentions in one day. But what can satellite data tell us about what is really happening in Brazil’s forests?
Most communities overlook a critical tool in reducing their greenhouse gas emissions: trees. One of the reasons is that they don’t know how to account for forests and trees in their emissions inventories.
The latest IPCC report confirms a lot we already knew about the relationship between tropical forests and climate change, as well as reveals some relatively new science about how forests interact with the atmosphere. The bottom line? Protecting forests—especially tropical forests—is one of the most important strategies for both climate mitigation and adaptation.
A new IPCC report found there could be significant benefits to land-based carbon removal, such as through afforestation and restoration. But if deployed incorrectly, these strategies could create greater pressures on land and compromise food security and ecosystem health.
Indigenous peoples and other local communities have long argued that they play a central role in safeguarding more than half the world’s land, including much of its forests. The world’s leading climate scientists now agree.
The latest IPCC report finds that while land sequesters almost a third of human-caused carbon dioxide emissions, it will be impossible to limit temperature rise to safe levels without fundamentally changing the way the world produces food and manages land.