Master this deck with 22 terms through effective study methods.
Explore Stanford University’s groundbreaking climate research addressing global warming, renewable energy, ocean protection, food security, and resilience to rising sea levels and extreme weather. Thi...
The primary goal is to train more than 200 mid-career environmental academic researchers to effectively communicate their science in the public policy arena and to lead change for sustainability goals.
Jon Krosnick, the Frederic O. Glover Professor in Humanities and Social Sciences, presented Stanford research at the National Press Club.
They used virtual reality technology, allowing participants to virtually dive in a coral reef to observe the effects of ocean acidification, aiming to see if this experience would change their perception of climate change.
In December 2015, 29 undergraduate and co-terminal master’s students traveled to Paris to observe the COP21 climate talks, which aimed to address global climate change and negotiate international agreements.
The course titled 'International Climate Negotiations: Unpacking the Road to Paris' provided students with the context and tools necessary to follow the events of the climate talks.
Josh Lappen expressed cautious optimism, stating that while the agreement does not guarantee action, it empowers individuals to demand action on climate change.
Meeting the needs of a growing population while addressing climate change is a critical challenge, as resource production often leads to greenhouse gas emissions that exacerbate climate issues.
The global population is expected to reach 10 billion by the end of this century, raising the stakes for limiting climate change and adapting to its impacts.
Strategies include curtailing deforestation and developing new management technologies and approaches in agriculture to limit greenhouse gas emissions.
Non-carbon-based energy technologies such as wind, solar, wave, geothermal, and chemical technologies are being developed to reduce reliance on fossil fuels.
Stanford faculty evaluate policy choices that drive energy-efficient behavior and incentivize the development and uptake of low- and no-carbon technologies in energy and agricultural sectors.
Analytical and quantitative approaches are employed to conduct research that informs evidence-based decision-making at all levels of policy regarding climate change.
Resource production, such as food and energy, often leads to inadvertent greenhouse gas emissions, which in turn complicate resource production due to climate change.
Climate change poses significant risks for current and future generations, necessitating urgent action to mitigate its impacts and ensure sustainable resource availability.
Market-based approaches are essential for measuring economic progress while considering changes in the natural resource base and environmental quality, facilitating effective climate action.
Bridging this gap is crucial because many people view climate change as an abstract concept rather than a pressing issue, which can hinder collective action and policy support.
These challenges make it difficult for the public to recognize the urgency of climate change, potentially leading to complacency and inaction.
Stanford University is pursuing answers to critical questions about climate change through interdisciplinary research, innovative technologies, and policy evaluation.
The COP21 climate talks were significant as they brought together nations to negotiate a global agreement aimed at limiting climate change and its impacts.
This requires sustainable practices in resource production, innovative technologies, and policies that prioritize environmental health alongside human needs.
Evidence-based decision-making is critical for developing effective climate policies that are informed by data and research, ensuring that actions taken are effective and sustainable.
Failing to address climate change could lead to severe environmental degradation, resource scarcity, economic instability, and adverse health effects for current and future populations.