Moderate Thinning Optimizes European Beech Growth While Limiting Climate Stress
Research in German beech stands demonstrates that moderate thinning matches heavy thinning resilience while curbing growth volatility and frost vulnerability.
Research in German beech stands demonstrates that moderate thinning matches heavy thinning resilience while curbing growth volatility and frost vulnerability.
Sanitation clear-cutting against European spruce bark beetles accelerates organic matter decomposition and increases carbon loss from boreal forest humus layers ...
Applying 0.2 millimolar of the nitric oxide donor S-nitroso-mercaptosuccinic acid to the substrate of young Khaya grandifoliola seedlings prevented mortality ...
A study in Ethiopia's Munessa Forest District quantifies carbon stocks in Cupressus lusitanica plantations, revealing that 122.87 megagrams of carbon ...
A multi-site study in the Central Hardwood Region reveals that specific bacterial taxa and soil texture correlate far more strongly ...
A comprehensive bottom-up modeling study reveals how harvest uncertainty and alternative felling intensities will govern Italy's forest carbon sink through ...
A systematic review of 141 studies highlights the lack of standardization in permanent sample plot methods, limiting global data comparability ...
A forty-two-year inventory reveals that invasive Cedrela odorata trees drive rapid post-fire biomass recovery in Côte d'Ivoire while dramatically altering ...
A century-long dendrochronological study in sessile oak stands shows that early-life intrinsic water-use efficiency only modestly predicts adult tree dimensions ...
A genetic assessment of Monterey and maritime pine plantations across north-western Spain reveals sufficient genetic variation for sustainable management despite ...
© 2026 Scienmag - Science Magazine
© 2026 Scienmag - Science Magazine