A new study found that global yields of barley, maize, and wheat are 4-13% lower than expected due to warming and air dryness. This loss outweighs the benefits of increased carbon dioxide, which can improve plant growth and yield.
A new Stanford study suggests refining how we assess natural carbon storage strategies to ensure the technology lives up to its potential as a climate change solution. The researchers propose a two-step evaluation process to unlock additional project value and improve data for predictive modeling.
A new Stanford University report aims to increase diversity and inclusivity in the wildland fire profession. The study identifies cultural, structural, and capacity-related barriers that have historically prevented a more diverse group of people from entering and succeeding in the field.
A new study finds that tropical cyclone exposure is increasing globally, with vulnerable populations facing greater risks. The analysis reveals a significant increase in the number of people at risk from these storms, particularly among those over 60 and socioeconomically deprived.
A new Stanford-led study shows that adding zinc to farmland soil can help prevent childhood stunting, a condition due to chronic undernutrition that is associated with poor brain development and long-lasting harmful consequences. The researchers found that the presence of zinc in soil helps prevent stunted childhood growth.
A Stanford-led study found ways for frontline communities to gather data and improve outcomes through surveys, air quality monitoring, and interventions. The research highlights the importance of community-led science and structural systems in creating climate hazard exposure.
A recent study reveals that certain climate-smart agricultural practices can lead to land use spillovers that cancel out their climate benefits. Cover cropping with rye is found to cause yield losses and negate most of its climate advantages.
Millions of people living in river deltas face risk due to human activities such as damming and levee construction. Climate change is just one part of the story; local resource management can have a greater impact on delta sustainability.
The Mekong delta, Southeast Asia's most productive agricultural region and home to 17 million people, is at risk of disappearing by the end of the century due to subsidence. Sediment loss from upstream dams and poor water management exacerbates the issue, threatening food security and livelihoods.
A new Stanford University study reveals that using a 100-year timeframe underestimates methane's importance in achieving Paris Agreement climate goals by up to 87%. The researchers propose using a 24-year timeframe instead, which would ensure emissions of methane are weighted correctly over the time period before temperature thresholds...
A new Stanford University study finds that an energy system powered by wind, water, and solar with storage can avoid blackouts, lower energy requirements, and consumer costs. The study also predicts creating millions of jobs and improving people's health while reducing land requirements.
A new study by Stanford researchers provides a blueprint for public and private interventions to slow deforestation. The study reveals that the right sequence of policies, including disincentives, incentives, and enabling measures, can deliver conservation goals at lower cost across entire at-risk regions.
A study by Stanford Woods Institute researchers reveals that Aboriginal hunting practices, using fire to clear land, nearly doubles lizard populations and improves habitat. The approach combines practical knowledge with ecological co-evolution, challenging conservation policies.
The report identifies substantial opportunities for reducing greenhouse gas emissions and conserving scarce water resources by generating renewable energy. It highlights the potential for water sector innovation to increase renewable energy capacity, particularly in states like California.