🌲The hidden cost of rubber expansion.
A JFR study reveals that converting primary forests to rubber plantations in Southeast Asia generated $69.3B, but this offsets only 10% of lost ecosystem service value.
🔗https://mp.weixin.qq.com/s/hR8DHicT2aeRR1COM4V_QA
#ForestryResearch #JFR #Sustainability 🌿🍃🌐

How reliable are forest carbon sink estimates? A new study on Northeast China's secondary forests finds fine root NPP drives over 78% of estimation uncertainty.
A smarter framework cuts that uncertainty by up to 87%. doi.org/10.1007/s116...
#ForestCarbon #CarbonSink #JFR #forestryresearch 🌐🌿🍃

🌲📢 New Issue Announcement – Journal of Forest Science (2026, Issue 3)

🔗 Link: jfs.agriculturejournals.cz/magno/jfs/20...

#ForestScience #ForestryResearch #SustainableForestry #ForestManagement #ForestEcology #Silviculture #TreeHealth #ClimateChangeForests

🌳💧 How do urban trees cope with drought?
This JFR study links xylem anatomy to hydraulic strategies, revealing distinct efficiency–safety trade-offs in ring-porous and diffuse-porous species.
🔗 link.springer.com/article/10.1...
#JFR #UrbanForestry #TreePhysiology #forestryresearch 🌐🍃

This ♻️ #ZeroWasteDay, forests show us what a circular system really looks like 🌿. JFR research shows how even dead wood and fallen leaves are part of nature's zero-waste cycle:
link.springer.com/article/10.1...

#ForestCarbon #JFR #ForestryResearch #SustainableForestry 🌐🌿🍃

⚡Bioenergy researchers, what's your view? Which forest biomass source offers the most sustainable energy potential? Let us know your answers below!
#ForestBiomass #Bioenergy #RenewableEnergy #JFR #forestryresearch 🌐🌿🍃

🌿 Harvest residues
🍂 Forest thinnings
🪵 Dead/dying trees
♻️ Short-rotation crops

🤖Can AI predict forest futures?
A JFR study tests ML algorithms for forecasting mixed forest dynamics under climate change, revealing superior short-term accuracy but ecological limitations in long-term predictions.
🔗https://mp.weixin.qq.com/s/L8Pzjkc92Ej_ZzjBRKwNaQ
#ForestryResearch #JFR 🌐🌿🍃

Extraction of genetic test measurements from LiDAR cloud data - Journal of Forestry Research Forest measurements, including genetic trials, have relied on traditional measurement methods, an approach affected by different types of errors. To assess genetic trials, Terrestrial Laser Scanning (...

🌲📡 Can laser scanning improve forest genetics?
This JFR study shows how terrestrial laser scanning supports accurate measurements and reliable genetic evaluations in Pinus taeda progeny trials.
🔗 link.springer.com/article/10.1...

#JFR #ForestryResearch #ForestGenetics

This #WorldWaterDay, a major JFR review of 17,006 studies confirms how forest cover regulates water cycles, protects watersheds, and sustains aquatic biodiversity 🌊.
Explore forest hydrology research 🌳: doi.org/10.1007/s116...

#WaterCycle #JFR #ForestryResearch #CleanWater 🌐🧪🌿🍃

This🌲 #InternationalDayOfForests, science speaks for the trees. JFR's latest research on forest restoration, carbon sinks, and climate resilience demonstrates how forests are not just ecosystems, they are solutions 🌍: link.springer.com/journal/11676
#JFR #forestryresearch 🌐🌿🍃

This🌍 #WorldRewildingDay, let's study JFR research on forest restoration, natural regeneration, and species reintroduction shows science-backed pathways to bringing ecosystems back to life.🌱
Explore forest restoration research:🌳
doi.org/10.1007/s116...
#JFR #ForestryResearch #RestorationEcology 🌐🌿

Journal of Forest Science

🌲📚 Call for Papers – Journal of Forest Science 📚🌲
🔗 Learn more and submit your manuscript:
jfs.agriculturejournals.cz

Researchers and forestry professionals are invited to submit their original research to the Journal of Forest Science.

#ForestScience #ForestryResearch #ForestEcology

Excellent forest ecology insight from ‪@alexanderlees.bsky.social‬ 🌲🦅
Urban landscapes can influence wildlife behaviour even in ancient forest systems.
Discover more forest ecosystem studies in the Journal of Forestry Research: link.springer.com/journal/11676

#JFR #forestryresearch 🌐🌿🍃🧬

🌲📡 Measuring forests with laser precision
A JFR study compares TLS and UAV laser scanning for tree height and crowns, finding TLS more reliable under canopy shade and during leaf-off periods.
🔗 link.springer.com/article/10.1...
#ForestryResearch #JFR #RemoteSensing #ForestStructure 🌐🌿🍃

🌳 How do species coexist in forests?
A JFR study shows niche differentiation in a 25-ha subtropical montane forest; elevation and convexity shape species-habitat associations across life stages.
🔗 link.springer.com/article/10.1...
#ForestryResearch #Biodiversity #ForestEcology #JFR 🌐🌿🍃

🧬Geneticists and tree breeders, quick question.
Which trait should be prioritized in future
forest tree breeding programs?
Vote below 👇
#TreeBreeding #ForestryScience #JFR #forestryresearch 🧬🌿🍃🌐

🌱 Growth rate optimization
🌡️ Climate stress tolerance
🪵 Wood quality traits
🛡️ Disease resistance

🔬This #NationalScienceDay, we celebrate discovery! JFR publishes cutting-edge experimental studies on forest genetics, soil microbiology & climate adaptation. Explore research on how Indian forestry science leads innovation: link.springer.com/journal/11676
#forestscienec #JFR #forestryresearch 🌐🌿🍃

Strong forest science highlighted by @joguillemot.bsky.social 🌳
This new work on forest ecosystem multifunctionality deepens our understanding of the drivers shaping resilient forests.
Explore more in the JFR:
link.springer.com/journal/11676
#ForestResearch #JFR #forestryresearch 🧪🌿🍃🌐

🌲📡 Tree species identification just got smarter.
MTSCFNet, a multi-source deep learning model, combines RGB, LiDAR, and satellite data to improve classification in subtropical forests.
🔗 link.springer.com/article/10.1...
#Forestry #RemoteSensing #DeepLearning #JFR #forestryresearch 🌐🍃🌿

🏙️ Urban forestry enthusiasts, your opinion matters! What do you think is the greatest challenge in managing urban forests today? Let's discuss below! 💬
#UrbanTrees #CityPlanning #JFR #forestryresearch 🌐🍃🌿

🌡️ Heat & drought stress
🏗️ Limited planting space
💰 Funding constraints
🦠 Disease management

This 🦛 #WorldHippoDay, lets acknowledge how hippos are Vulnerable to Endangered.
They need forested wetlands and riverine forests for survival. Habitat loss threatens their future
Learn more in JFR Conservation research: 🌳https://link.springer.com/journal/11676

#JFR #forestryresearch 🧪🌐🧬

Strong forestry research highlighted by @forestryoup.bsky.social 🌲
Comparing brush cutting attachments across cost, emissions, and health impacts supports smarter, safer young forest management.
Explore more forestry studies in the JFR: link.springer.com/journal/11676

#JFR #forestryresearch 🍃🌐🌿

##ForestScience #ForestryResearch #Silviculture
#ForestEcology #ForestManagement #ForestSoils #ForestProtection #ForestHealth #TreePhysiology
#Dendrology #ForestGenetics #ClimateChangeForests
#ForestBiodiversity #SustainableForestry #ForestPolicy
#Agroforestry #ForestEngineering #WoodScience

💧🌳 Climate, not management, drives water-use efficiency.
A JFR study shows iWUE in European beech forests rises under future climate scenarios, with silviculture having little effect.
🔗 link.springer.com/article/10.1...
#ForestryResearch #JFR #ClimateChange #ForestEcophysiology 🧬🌐🌿

Compelling ecological perspective from @dovciak-lab.bsky.social 🌍
This work highlights how fine-scale interactions shape regeneration across temperate–boreal transitions.
Discover more forest dynamics research in JFR: link.springer.com/journal/11676

#ForestryResearch #JFR #research #environment 🍃🌐

🛰️ From LiDAR to AI, which tech will change forest
monitoring most in the next 5 years?
GIS pros, weigh in and give your opinions in the comments below👇
#JFR #Forestryresearch @tsinghuauniversity.bsky.social 🌿🍃🌐

🌐 LiDAR mapping
🛸 Drone imagery
📡 Satellite data analytics
🤖 AI-powered analysis"

🪲 Improving bark beetle control strategies
A JFR study from Serbia finds wet pheromone traps are about twice as effective as dry ones, and temperature strongly affects beetle flight.
🔗 link.springer.com/article/10.1...
#ForestryResearch #BarkBeetles #ForestProtection #JFR 🌿🍃🌐

This #WorldWetlandsDay we see how forested wetlands are carbon providers! New JFR research reveals how tree roots & soil microbes control carbon in wetland forests .
🌳 Read the full study here: link.springer.com/article/10.1...

#ForestryResearch #WetlandScience #JFR #wetlands 🍁🌺🌱🌿

🦓🌍This #InternationalZebraDay highlights wildlife conservation and the importance of connected habitats for species survival.
🔗Discover research on habitat and species relevance link.springer.com/article/10.1...
#JFR #ForestryResearch #Biodiversity #WildlifeConservation #HabitatsMatter 🌿🌳

🌲 How do temperate secondary forests store carbon?
In Changbai Mountains, ecosystem carbon recovers mainly via vegetation, with dominant species like P. koraiensis driving most carbon sequestration.
🔗 link.springer.com/article/10.1...
#ForestEcology #JFR #forestryresearch 🍁🌺🌱🌿