Rethinking the economic costs of forest protection for 30×30
A new analysis shows that protecting connected forests to meet 30x30 goals may cost far less than previously thought, as global market responses can offset reduced timber production.
Plant range shifts can help diversity but not prevent global extinctions
Climate-driven plant migrations can help maintain biodiversity, but new research shows that protecting climate refugia and connected landscapes will be essential because species movement alone cannot prevent many future plant extinctions.
Climate models often miss the pace of range shifts
A global assessment of more than 3,500 terrestrial and marine species shows that while observed range shifts often follow the predicted direction, species frequently move much faster than climate models anticipate.
Nature Positive conservation through connected systems
Employing a “Nature Positive” framework could potentially halt and reverse biodiversity loss by integrating conservation, climate action, and ecosystem management across interconnected terrestrial, freshwater, and marine systems.
Mapping global marine climate refugia
A global assessment of marine protected areas identifies climate resilient marine refugia and reveals major protection gaps, offering a clear roadmap for strengthening ocean conservation and advancing global 30x30 goals.
The contribution of OECMs to achieving global biodiversity targets
OECMs - other effective area-based conservation measures - have the potential to contribute to 30x30 goals, although current evidence shows that more strategic planning is needed to make them successful.
Deep-sea life connects across oceans
Deep-sea ecosystems are more connected across oceans than shallow water ecosystems, emphasizing the need for conservation strategies that protect biodiversity at all depths.
Identifying key connections for migratory marine animals
A global assessment of migratory networks for over 100 species provides a baseline for managers and policymakers to use for improved transboundary cooperation.
Climate warming disproportionately impacts deep-sea connectivity
A global assessment of range shifts in the ocean under climate change shows that the deepest zones are likely to lose the highest amount of connectivity.
Global connectivity of migratory birds at risk
An assessment of over 100 migratory bird species across the Western Hemisphere shows that the combination of climate change and land use change is putting many migratory connections at very high risk.
Reaching 30×30 goals for mountain ecosystems
A global analysis of mountain ecosystems shows the degree to which they are impacted by human modification, and how much additional protection is needed to reach key global conservation targets.
Marine protected area networks buffer against climate warming
Evidence from reef fish communities across hundreds of MPAs shows how well these protected areas can support biodiversity and buffer against heatwaves and human disturbance.
Key Biodiversity Areas are frequently fragmented by human disturbance
An assessment of Key Biodiversity Areas shows that almost 90% are experiencing a high level of human disturbance, even when habitat is considered protected.
Biodiversity and the geography of climate
Incorporating the spatial characteristics of climate into biodiversity models can better explain global species richness patterns and predict how climate change may alter them.
Quantifying two decades of global forest fragmentation
An analysis of forest fragmentation across the globe shows where forests are most intact, and where deforestation and loss of connectivity are accelerating.
For success in connectivity conservation planning, which factors should you consider?
A global assessment of over 250 connectivity conservation plans from a wide variety of organizations, governments, and agencies summarizes the key factors for success.
Mapping connectivity for the world’s rivers
A new study of connectivity across global river networks reveals that only 37% of rivers longer than 1,000 kilometers remain free-flowing over their entire length, and just 23% flow uninterrupted to the ocean.
How well designed for connectivity are protected area systems around the globe?
A new analysis quantifies how well terrestrial protected area systems are designed to promote connectivity, and identifies country-specific priorities for improving protected area connectivity.