Matthew Taylor's 'co-ordination theory,' introduced in a new RSA Minimate, offers a framework to understand human motivation and collective action. This theory helps diagnose and solve critical

Matthew Taylor's 'co-ordination theory,' introduced in a new RSA Minimate, offers a framework to understand human motivation and collective action. This theory helps diagnose and solve critical challenges across communities, workplaces, and public institutions, providing a solid base for humanity's future direction.

Explore the framework further in Matthew Taylor’s [RSA talk](https://youtu.be/lcBy9hERTNA). Follow RSA Events on [Twitter](https://twitter.com/RSAEvents), [Facebook](https://www.facebook.com/rsaeventsofficial), [Instagram](https://instagram.com/rsa_events/), and listen to their [podcasts](https://bit.ly/35EyQYU).

Governments worldwide aim to reduce carbon emissions by 80% or achieve net zero by 2050, yet current collective actions appear insufficient. Matthew Tolley's talk reveals how individual choices

Governments worldwide aim to reduce carbon emissions by 80% or achieve net zero by 2050, yet current collective actions appear insufficient. Matthew Tolley's talk reveals how individual choices can significantly cut personal carbon footprints from 12 to 2.5 tonnes annually. These simple, actionable steps require minimal lifestyle changes, save money, and don't depend on government or business intervention.

Matthew, a qualified Energy Efficiency Assessor, also assists schools, charities, and businesses in saving money by adopting energy-saving technologies, focusing on measures with a payback period under two years.

This talk was given at a TEDx event. Learn more at https://www.ted.com/tedx.

NASA scientists utilized 30 years of Landsat satellite data to track vegetation changes across 4 million square miles of Alaska and Canada. Their findings reveal a significant "greening" trend,

NASA scientists utilized 30 years of Landsat satellite data to track vegetation changes across 4 million square miles of Alaska and Canada. Their findings reveal a significant "greening" trend, with 30% of the area showing increased vegetation, while only 3% experienced "browning."

This pioneering study, the first to provide continent-scale detail alongside local information, underscores the impact of rapid Arctic warming. Elevated temperatures lead to extended growing seasons and altered soils, transforming tundras into shrublands. Future research will investigate local factors influencing these greening patterns and explore forested regions.

For more information, visit NASA's feature page. The full study is available online.