Cat Scott

@catzigle.bsky.social

Associate Professor of Biosphere-Climate Interactions at University of Leeds; Director @leedsleaf.bsky.social; working on the interactions between trees and climate 🌳 (she/her) https://environment.leeds.ac.uk/see/staff/1529/dr-cat-scott

Exciting news! We've opened a new path at the woodland we planted in 2023 🎉 As the trees grow, we're studying the way that woodland ecosystems, biochemisty, soils, acoustic environments etc. develop. Plus, more established trees means more resilience to disturbance, so more public access! 🌳💚

University of Leeds@universityofleeds.bsky.social · 4mo ago

A new public footpath has opened at Gair Wood in North Leeds, connecting with two popular routes, helping visitors avoid walking alongside busy roads 🌳👣 More than 60k trees were planted there three years ago to enhance the local environment and provide a valuable resource for research and teaching.

Wooden post outside Gair Wood near King Lane with the symbols marking walking routes and arrows for the Leeds Country Way and the Meanwood Valley Trail

A new public footpath has opened at Gair Wood in North Leeds, connecting with two popular routes, helping visitors avoid walking alongside busy roads 🌳👣 More than 60k trees were planted there three years ago to enhance the local environment and provide a valuable resource for research and teaching.

Wooden post outside Gair Wood near King Lane with the symbols marking walking routes and arrows for the Leeds Country Way and the Meanwood Valley Trail

New study from @treeswithhazel.bsky.social! Increasing UK woodland area from 13% to 19% will likely increase biogenic emissions but by avoiding exclusive planting of the very highest emitters, we can ensure that new woodlands deliver for climate + nature, whilst minimising impacts on air quality ⬇️

Leeds Ecosystem, Atmosphere, & Forest (LEAF) centre@leedsleaf.bsky.social · 10mo ago

Increasing woodland cover to 19% to help reach net-zero could change the biogenic emissions from UK woodlands. @treeswithhazel.bsky.social’s latest research shows the potential scale of change by 2050 associated with different tree species mixes. Find out more here: leaf.leeds.ac.uk/news/why-pla...

A graph of percentage change in BVOC emissions following afforestation, relative to present day land cover. The X axis shows percentage change in isoprene and the Y axis shows percentage change in total monoterpene. Five Afforestation experiments are plotted, as well as the present day UK tree species mix which is shown at 0 by 0 in the bottom left of the graph. Further key details are explored in the main text of this article.