Understanding the extent to which genetic correlations change in response to environmental factors, such as temperature, is a poorly explored question, despite the importance of understanding how diff...

Welcome to the official playlist for posit::conf(2025)! Dive into the latest innovations, cutting-edge techniques, and inspiring insights from the premier op...

The world’s biggest manufacturer now has an interest in the world decarbonising

Will AI stretch our minds—or stunt them?

The Department of Forest Resources at the University of Minnesota seeks outstanding applicants for a full-time tenure-track Assistant Professor faculty position focused on forest regeneration dynamics. This may include focus areas of early stand dynamics, forest genetics, climate-adaptive seed/tree selection, nursery systems, or environmental stress physiology, which may fall within broader disciplines such as silviculture, restoration ecology, or forest operations. This is a 9-month, full-time, tenure-track faculty position with research (50%) and teaching (50%) responsibilities. The successful candidate will have access to office and laboratory space in the department. The position is available beginning August 2026, with review of applications beginning December 8, 2025.ResponsibilitiesResponsibilities include but are not limited to:

A transition from carbon sink to source for the aboveground woody biomass of moist tropical Australian forests has occurred, driven by increasingly extreme climate anomalies.

Det pågår en nattågsrenässans över hela Europa. I land efter land startas nya nattågslinjer, helt enkelt därför att människor älskar att resa hållbart och civiliserat. Samtidigt går Sverige åt helt an...

The Amazon—the most biodiverse biome in the world—faces huge conservation challenges. Multiple institutional and technological actors, organized in environmental networks, collaborate to support improved environmental governance. However, these efforts are understudied and underrecognized, particularly in the case of the Colombian and Peruvian Amazon. Employing a social network analysis, this study evaluates the actors, the institutional–technological relationships, and the network addressing socio-environmental challenges. We identified 392 development actors (nodes) with different levels of international, national, and regional participation. They use transnational technologies, but have limited integration of local actors where environmental challenges are most pressing. To combat the biome's rapid degradation, these countries could strengthen their environmental agendas, governance, and policy design—for greater environmental impact—by effectively integrating cooperation between international and local partners. Both countries should develop their local networks, create participatory collaborative spaces to enhance national capacities, and promote diverse and coordinated coalitions.

The most common destination for eventual Nobel laureates in physics, chemistry and medicine since 2000 is the United States, Nature has found.

As government websites go dark, some nonprofits are trying to fill the void