Researchers at Kyoto University used a 'honey trap' to assess habitat conditions in operational forests using Platycerus beetles. The study found that beetle capture counts increased toward forest interiors and declined toward open areas, highlighting the value of looking beyond forest-wide averages when assessing habitat conditions.
A new study reveals that North Carolina's coastal forests have lost over 20% of their landmass between 1985 and 2021, with the rate of loss accelerating after 2010. Sea level rise and extreme weather events, such as hurricanes and droughts, have contributed to the widespread conversion of forests to ghost forests, shrubs, and marshes.
A new study finds that exposure to birdsong soundscapes or forest landscapes reduces physiological stress, with independent physical health benefits. Spending time in the forest landscape reduces heart rate, while listening to birdsong increases heart rate variability, indicating reduced stress.
Researchers used aircraft-mounted sensors to map chemical and structural differences in forest canopies across Peru, comparing them to over 1,300 bird species. The study found that forest type influences bird traits, such as body size and reproductive strategies, and prioritizes conservation efforts based on these differences.
A new study by Concordia researchers reveals that exposure to wildfire smoke during larval development causes higher rates of wing deformities in spruce budworm and forest tent caterpillar moths. The moths also become heavier, a result that may reflect higher mortality among smaller, weaker individuals.
A large-scale study found that forests damaged by windstorms remain vulnerable to subsequent bark beetle or snow damage, depending on forest structure, climate, and topography. Forests with mixed stands and warmer conditions are more prone to bark beetle damage, while those on steeper terrain require closer monitoring for snow damage.
Researchers found that maintaining old-growth forest bird populations requires a forest rotation period of at least 90 years or 10% clearcutting threshold. The study provides a concrete target for ecologically sustainable forest management, reconciling forest use with biodiversity protection.
Researchers used infrared cameras to create a 3D view of biodiversity in the Congo Basin, revealing which mammals share the forest and how they use that space. The study identified 47 mammal taxa and found that 25% of arboreal mammals preferred the understory, highlighting the value of surveying the lower-mid forest strata.
A policy analysis by Hasanuddin University reveals that Indonesia's shift from gradual rehabilitation to stricter enforcement has not fully addressed the underlying drivers of oil palm expansion in state forest zones. The study argues that sustainable forest restoration can only be achieved when environmental protection is pursued alon...
A global forest study found that trees do not substantially alter their physiological traits to cope with prolonged drought. However, maintaining physiological capacity may allow trees to maximize carbon assimilation during favorable periods, while narrowing hydraulic safety margins pose a threat.
Prolonged greenhouse warming during the Paleocene–Eocene Thermal Maximum caused rapid forest thinning, reshaped plant communities, and reduced vegetation carbon storage. Modern forests may lose capacity to store carbon, accelerating climate change.
A GPS tracking study found that invasive barred owls consistently occupy the tallest, oldest, and most complex stands of forest, threatening spotted owls' habitats. Managing barred owl populations reopens habitat for spotted owls to reclaim, conservatively estimating over 1,800 square kilometers of restored habitat.
A study by Colorado State University and others found that fast-moving forest fires burn more area severely, leaving fewer trees to reseed the landscape. This can lead to long-term ecological change rather than recovery.
The study reveals a sharp increase in biomass losses due to climate change-related events, with Central European forests being particularly impacted. The findings raise concerns about the European Union's ability to meet its climate goals, highlighting the need for adapted forest management practices.
A study covering 52 Atlantic Forest fragments found that natural dispersal of new plants is boosted by surrounding forest and rainfall regime. Seed richness increased as forest cover and precipitation increased, regardless of fragment size.
A new study reveals that forest structure, tree species evenness, and terrain slope jointly influence how carbon is divided among living vegetation, forest litter, and soil. The research found that soil contained the largest share of total carbon in most locations, while vegetation stored more carbon than soil in several plots.
A new study found that unwritten social rules in small societies play a crucial role in regulating land use and maintaining forest regeneration sustainably. The research suggests that these norms can reduce the total amount of land cleared and promote biodiversity when used in moderation.
A study reviews China's development in seismic risk management, tracing the field's progress from disaster response policies to catastrophe risk management and emergency management. The authors suggest strengthening engineering foundations while prioritizing system recovery and adaptation after earthquakes.
Researchers found that taller trees have an advantage in younger forests due to increased light capture, but shade-tolerant species thrive under tall canopies in older forests. This study reveals a mechanistic explanation for forest succession and offers insights into climate modeling and forest management.
A new pantropical carbon database synthesizes data from 146 studies to better understand the impact of forest degradation and regeneration on the global carbon cycle. The study reveals that degraded forests recover faster than fully cleared land, while preserving forest structure enhances carbon recovery.
A new pantropical carbon database synthesizes data from 146 studies to better understand the effects of forest degradation and regeneration on the global carbon cycle. The study reveals that degraded forests recover faster than fully cleared land, accumulating more above-ground carbon over time.
A new study uses machine learning to map tree density across Canada, the US, and Mexico, revealing regional patterns and estimated 339-514 billion trees, lower than previous estimates. The study also highlights the importance of forest definitions and tree-size thresholds in estimating tree abundance.
The V-FOREST project aims to develop mobile and decentralized processing pathways for damaged forest biomass, producing bio-based cosmetic ingredients. The consortium will combine pretreatment, fractionation, and chemical/biological conversion routes to create scalable solutions with real societal impact.
Researchers found that forest fires now burn ten times more acreage annually than in 1985, with severe fires causing widespread tree death. The study attributed the changes to an increasingly warm and arid environment, as well as high fuel density in forests.
Research reveals that leaving deadwood in forests and creating artificial gaps can increase the diversity of bats and birds, with some species responding strongly to these changes. The study found that forest interventions can promote biodiversity even in previously monotonous ecosystems.
New research finds that conserving forest cover across coffee growing landscapes is essential for sustaining diverse bird communities, even more than farm-level shade tree management. Forest cover within a 2-kilometer radius positively predicted bird habitat-use across all ecological guilds, including species of conservation concern.
A Concordia University study reveals that Quebec's forests are recovering with an increase in conifer species, driven by the growth of balsam fir. The researchers used satellite imagery and ground-based forest inventory data to track changes over three decades.
A research team found that tropical forest plants increase root carbon exudation to stimulate phosphatase activity and release organic acids to dissolve mineral-bound P. The organic acid pathway drove twice as much P release as the phosphatase pathway.
A new study by researchers at Oregon State University suggests that restoring landscapes shaped by frequent low-intensity fire does not conflict with spotted owl conservation. The study identified areas suitable for spotted owl nesting and roosting that are more likely to persist through fire, providing insights for land managers to pl...
A large-scale study found that forest fuel treatments can prevent significant wildfires by reducing fire severity and spread. Every dollar spent on prevention saves about $3.75, with treatments estimated to have prevented $2.8 billion in damages.
A study found that policies reducing deforestation in Brazil have failed to stop forest degradation, a slower and more dangerous form of destruction. Forests are becoming increasingly fragile due to fires, logging, and other human activities.
Researchers found that listening to one-minute recordings of forest sounds made people feel better, reporting more positive emotions and less stress. Local temperate forests produced the strongest effects, with familiar sounds triggering stronger feelings of awe and calm.
A new study reveals that strategically located poplar plantations can improve functional connectivity for forest birds in fragmented agricultural landscapes. The findings suggest that managed forests may contribute to both biomass supply and biodiversity conservation, particularly for species with moderate to high dispersal capacity.
The Journal of Management Analytics seeks high-quality research on the intersection of artificial intelligence and business disciplines, focusing on prescriptive intelligence to optimize organizational systems. The symposium will be held in June 2026 at ESCP Turin, Italy, with partial funding available for selected authors.
A new book by Dr. Suzanne Simard outlines a different approach to forest stewardship, emphasizing the importance of retaining mature trees and protecting soils, biodiversity, and underground fungal networks. The research shows that intact and lightly harvested forests store more carbon and support stronger recovery over time.
A recent study published in Ecological Applications found that habitat restoration efforts in Forest Park have increased native bird diversity, with increases mostly seen in native species. The research also highlights the importance of access to water and varied habitats for boosting biodiversity.
A recent study by the University of Eastern Finland found that young translocal forest owners in Finland often compromise on their values due to financial incentives and limited information on alternative methods. Sentimental value was identified as a key factor, with forests holding emotional significance for many owners.
A study of 50 datasets from over 1,000 individual parcels of tropical and subtropical forest found that avian species richness declines when habitat patches are surrounded by inhospitable areas. In contrast, modest tree cover in the surrounding landscape significantly increases the conservation value of small forest fragments.
A new study found that ignoring woody parts and using one representative leaf spectrum have minor effects on simulated waveforms, while assuming a uniform foliage area volume density causes larger errors. The research provides guidance for designing faster analytical models that remain physically reliable.
Research in the Amazon forest shows that reduced-impact logging techniques can increase above-ground biomass and contribute to mitigating climate change. The study found that RIL-FM increased biomass stock by 70.68 megagrams per hectare, while conventional logging resulted in a biomass loss.
Forest damage in Europe is projected to increase by up to 20% by 2100 under all climate scenarios. Annually disturbed forest area could rise from 180,000 to 370,000 hectares per year, increasing pressure on other sectors to reduce emissions.
A study predicts that forest damage in Europe will more than double by 2100 due to increased wildfires, storms, and bark beetle activity. The team used AI-based simulation models to estimate the impact of global warming on forest ecosystems.
A new study predicts increasing wildfires and insect outbreaks in European forests due to climate change, altering landscapes and biodiversity. The model simulates changes in forest disturbance rates under three climate scenarios, with wildfire and bark beetle outbreaks projected to intensify.
A recent study found that selective forest thinning in the eastern Cascades increased snowpack by 30% on north-facing slopes and 16% on south-facing slopes. Thinning created gaps of 4-16 meters in diameter, which aided snowpack the most, highlighting a potential strategy for optimizing forest management.
A new study by Lund University reveals that large forest fire emissions occur below the ground surface, in peat and organic soils, rather than above-ground. This affects climate impact assessments, as traditional methods risk missing significant carbon releases.
A pilot initiative led by University College London is using highly detailed 3D scans to estimate tree structure, volume, and stored carbon in tropical rainforests. This data helps scientists better understand how much biomass forests contain, essential for tracking climate change.
A study found that forest conversion harm dung beetles by increasing temperatures and drying out the ground, making it hostile for them. The key species, Anoplotrupes stercorosus, is particularly affected, with its population declining as temperatures rise.
A study using satellite data found that deforestation in the Amazon increases surface temperature by 3°C during the dry season, with a 25% decrease in rainfall. This leads to greater forest degradation, increased tree mortality, and susceptibility to forest fires, threatening biodiversity.
Researchers at the University of Göttingen found that forest soils in south-western Germany absorb more methane as climate conditions become drier and warmer. This contradicts current international meta-analyses, highlighting the importance of long-term monitoring for assessing the effects of climate change.
A recent study finds that the largest trees in Peruvian Amazon store disproportionately large amounts of carbon, making it difficult to achieve net-zero emissions. Protecting these trees can help conserve biodiversity and forest microclimates against future climate change.
Researchers reconstructed annual canopy height maps for southern China, showing a 61% rise in average canopy height over three decades. Plantation forests grew faster than secondary forests, but ultimately reached greater heights. The study demonstrates the potential of satellite-based monitoring for tracking forest growth and informin...
A new study from the University of Notre Dame found that satellite-derived forest maps often disagree, creating uncertainty for conservation, climate, and development policies. The discrepancies can be as high as a factor of 10, affecting millions of hectares and human lives.
Researchers analyzed the Caldor Fire's impact on the Lake Tahoe Basin and found that pre-fire treatments significantly reduced fire severity. The most effective treatment types did not include controlled fires, highlighting the importance of other methods such as thinning and sweeping up unburned fuel piles.
The SWIFTT project presents a hybrid seminar to showcase its platform that helps foresters detect and prevent insect outbreaks, analyse windthrow and fire damage. The event features live demos and presentations from the project team, highlighting the platform's benefits for sustainable forest management.
Researchers developed a hybrid estimator that uses probability-based sampling to work directly with available data, generating reliable estimates for forest attributes. The method achieved a sampling precision of over 90% and was comparable in efficiency to conventional model-based methods using superior Sentinel-2 data.
Researchers at Colorado State University found that some tropical forest plants are adapting to drought by growing longer root systems, potentially helping reduce vulnerability. The study's findings suggest flexibility under drying conditions may rescue the forest, but long-term implications remain uncertain.
Research team created first high-resolution maps of tree species richness and structural diversity in China's natural forests. The study reveals that precipitation seasonality and forest age drive these two dimensions, with projections suggesting future biodiversity gains and challenges.
Research at the University of Helsinki reveals that forest thinning can temporarily boost carbon storage in upland forests, while drained peatlands become stronger net carbon sources due to slower tree growth and increased decomposition. The study highlights the importance of adapting management practices to different forest types.
Researchers at Kyoto University used LiDAR to measure the crown structure of 4,326 canopy trees across 23 forest census plots in Japan. The analysis revealed that canopy trees account for about 75% of total forest biomass across diverse forest types, providing a foundation for estimating total forest biomass and supporting sustainable ...
Research in the Amazon reveals that regions with intermediate forest degradation are more prone to malaria transmission due to increased contact between mosquitoes and humans. The study emphasizes the need for targeted interventions integrating vector control with forest conservation.