On the basis of current carbon emissions rates and climate policies, average global temperatures are projected to increase to ...

The year 2024 was the hottest year on record. For the first time the average global temperature rose to 1.6C above preindustrial levels, exceeding the 1.5C vital to preventing accelerating climate ...

This is the first article of the UNAI 'Food ... global yield trends of both maize and wheat indicate a significant decline; these declines can be attributed to the negative impacts of climate ...

With 2024 being the hottest year on record to date, researchers across the globe are addressing the temperature rise by ...

A study conducted by the Potsdam Institute for Climate Impact Research reveals how climate policies will lead to a significant rise in food prices, especially in lower-income countries. The study ...

We invite you to explore how the food industry is about to change ... a major impact on food production. According to the UN, the most important agricultural regions worldwide may face substantial ...

“Nigeria is implementing climate-smart agricultural practices to enhance food ... and global levels to meet the Sustainable Development Goals and lessen the impact of climate change.

One of only three commonly cultivated fruits native to North America, and the Bay State’s No. 1 commercial crop, cranberries face an uncertain future as the impact of global climate change alters ...

More than 150 recipients of the Nobel and World Food prizes have released an open letter calling for a dramatic increase in ...

Climate change impacts ... lacks primary production due to the absence of sunlight, which prevents phytoplankton growth and photosynthesis. Instead, deep-sea organisms rely on food that descends ...

The year 2024 will be the hottest year on record, surpassing the record temperatures experienced around the world in 2023.

Chipotle Mexican Grill announced it is making minority investments in Plantible, a company harnessing the power of Lemna, an aquatic plant, to create what could prove to be the world’s most functional ...