Articles tagged with Forests
Researchers at Shinshu University successfully cultivated matsutake mushrooms by germinating spores and inducing mycelia in the soil of Japanese red pine roots. This breakthrough could lead to an artificial cultivation technique for these valuable edible fungi, addressing declining natural habitats.
A global analysis of protected areas found that only 30% of forest loss in protected areas has been prevented, highlighting the need for improved enforcement and targeted conservation efforts. Protecting forests is crucial for sustainability, and scrutinizing protected areas across the globe can help direct efforts to the right places.
Researchers have discovered a unique area in the Novosibirsk region with a high concentration of orchid species, including some new to the territory. The area has been identified as a hotspot for these rare plants, and efforts are being made to preserve them.
A team of scientists has successfully genetically modified eucalyptus trees to prevent sexual reproduction, reducing the risk of invasive spreading in native ecosystems. The CRISPR Cas9 gene editing technique was used with nearly 100% efficiency to knock out LEAFY, the master gene behind flower formation.
Satellite images reveal 35 years of changes in North Carolina's Albemarle-Pamlico Peninsula, showing 11% of tree cover taken over by ghost forests. Extreme weather events contribute to the spread of saltwater inland, poisoning soils and killing tree species.
Researchers have found that plants play a leading role in cycling toxic mercury through the environment, absorbing up to 1,300 tons of mercury each year. This process can lead to neurological and cardiovascular problems in humans if exposed to high levels over long periods.
A recent study found that beetle outbreaks have impacted around 40% of Colorado's forests, but the effects vary greatly due to differences in forest structures and species composition. Most affected areas still have mature trees capable of regenerating seeds.
Researchers from North Carolina State University found that younger trees take up and release less water than mature trees, suggesting managers should time timber harvests to mitigate runoff. The study suggests leaving older trees alongside new growth can help mitigate effects of forest harvesting on drainage.
Scientists observed hundreds of Larch Budmoths on Vize Island, with moths surviving up to 20 days after arrival. The study suggests that climate change is allowing southerly insects to colonize High Arctic islands, paving the way for forest insect invasion.
A research team has created a high-quality bioplastic from wood byproducts, showing promise for producing durable and sustainable plastics. The resulting material exhibits high mechanical strength, stability, and UV-light resistance, making it suitable for various applications, including packaging and automobile manufacturing.
A decline in black cherry regeneration is reported, suggesting that environmental changes might impact other tree species in mixed forests. An increase in pathogens and reduced nitrogen deposition in soil are identified as key factors contributing to this decline.
Researchers highlight China's success in launching nationwide ecological projects, which have contributed to over half of the country's natural carbon sinks. Implementing natural climate solutions could result in mitigating nearly 15 trillion pounds of greenhouse gases per year.
The Reforestation Hub is an interactive map that color-codes individual counties by reforestation opportunity, revealing a great deal of potential for restoration across the US. The tool identifies trends and quantifies land suitability for forest cover, providing valuable insights for foresters and policymakers.
The UN's 17 Sustainable Development Goals will have both positive and negative impacts on the world's forests. Positive impacts are associated with education, well-being, and social progress, while damaging impacts are linked to energy, infrastructure, and transportation.
A new study published in eLife found that deforestation in Southeast Asia can lead to an initial increase in malaria infections before declining over time. The researchers suggest that wider deforestation can drive human behavior changes, increasing exposure to mosquitoes and risk of infection.
A study explores how a drastic reduction in kelp forests led to shifts in sea otter and sea urchin behavior, restructuring mechanisms that control the ecosystem. Following the decline, sea otters increased their consumption of energetically profitable urchins, enhancing kelp patch resistance to overgrazing.
The Northern California kelp forest ecosystem has collapsed due to an abrupt loss of a key predator, the sunflower sea star, which was wiped out by sea star wasting disease. The area covered by kelp forests has dropped by over 95%, with only isolated patches remaining.
Researchers at Texas A&M University discovered evidence of human settlement in the Bahamas around 1200-1300 A.D. using charcoal deposits from human fires thousands of years ago. The new settlers dramatically changed the landscape, leading to increased deforestation and loss of native species.
More than half of Europe's forests are at risk from climate-driven disturbances, with large trees and old trees particularly vulnerable to extreme weather conditions and insect infestations. Climate change is projected to increase the frequency and severity of these events, posing significant threats to European forest ecosystems.
New research reveals chimpanzees use areas away from villages more intensively, but enter human-occupied land for fruit when scarce. The study provides insights into how wildlife balance risks and rewards in anthropogenic landscapes, informing coexistence strategies.
A research team led by LMU zoologists identified fossils of insect larvae in Baltic amber, which suggest open areas of grassland nearby. In another sample, a rare Cretaceous butterfly larva with spines was discovered in Myanmar amber, supporting the idea that butterflies underwent early diversification.
In a new study, researchers found that small mammals in the Rocky Mountains are shifting their ranges upward by over 400 feet due to climate change. The golden-mantled ground squirrel and other species are climbing higher to escape warming temperatures, with some moving up by as much as 1,100 feet.
A new study finds that severe spruce beetle outbreaks followed by wildfires can lead to permanent damage in high-elevation forests. Aspen trees, however, have a higher chance of regrowing from their root systems and may dominate these forests.
A study by WVU biologists found that trees globally are consuming more carbon dioxide than previously reported, making forests crucial in regulating the Earth's atmosphere. The research shows that increased photosynthesis is the main driver of this increase, contradicting previous studies.
Researchers developed an algorithm to identify various tree species in satellite images, enabling efficient forest management and monitoring. The neural network-based approach improves accuracy and stability for practical application.
A new study suggests that Native American farmers in the Jemez Mountains of northern New Mexico learned to manage fire as an ally to prevent dangerous blazes, clearing flammable material and promoting forest resilience. The ancient practice of controlled burns could help mitigate modern wildfires.
A study from the University of Tsukuba found that taking regular walks in forests and greenspaces may help workers cope with stress. The researchers analyzed data from over 6,000 Japanese workers and discovered a significant correlation between forest and greenspace walking habits and strong stress-coping abilities.
A new UCPH study highlights significant trends affecting the world's forests, including drought, viral outbreaks, and vast infrastructure expansions. These trends pose severe consequences on forests and humans alike, emphasizing the need for prioritized forest conservation strategies.
A new predictive mapping tool, POCSCRPT, aids forest managers in determining which areas of western US forests will naturally regrow following wildfires. The tool's accuracy is enhanced by incorporating climate and seed production data.
A Rochester Institute of Technology imaging scientist has received $194,000 in NGA grants and $197,000 from NASA to develop a new waveform LiDAR method that can create clearer 3D sub-canopy maps of forests. This technology will aid in identifying potential threats and understanding forest physiology.
A new global measure found that only 17.4 million square kilometres of Earth's remaining forests - or 40 per cent - are considered to have high integrity. High integrity forests contain high levels of biodiversity and provide ecosystem services, but many have been heavily impacted by human activities.
Researchers have revised the record of glacial and warm intervals in southern Finland, pushing back the timeline by 200,000 years. This discovery provides new insights into the paleogeography, vegetation, and climate of Fennoscandia during different interglacials.
Researchers found 27 plastic items per square meter in mangroves, with plastics buried up to 35cm deep. Mangroves' resilience is threatened as trees suffocate when half of the forest floor is covered in plastic.
A new study identifies five large-scale 'megatrends' impacting forests globally, including droughts, urbanization, consumer demand, digital technologies, and infrastructure development. These megatrends are likely to have both positive and negative effects on forest ecosystems, biodiversity, and human livelihoods.
A new study published in JGR Oceans suggests that giant kelp forests may help mitigate ocean acidification by reducing acidity near the surface, but has no impact on the ocean floor where sensitive species dwell. The research found an overall less acidic environment within the kelp forest compared to outside of it.
A virtual reality forest created by geographers can let people walk through a simulated forest of today and see potential future scenarios. The researchers used data on a typical Wisconsin forest to create a more organic, natural feel, allowing visitors to experience the changes brought on by climate change.
A new study reveals that Amazon trees dying at a faster rate are those with higher growth speeds, which are more vulnerable to climate change. The research found that drought is also driving tree death, particularly in the southern Amazon.
A new study analyzing Iberian spiders' biodiversity patterns in Spain's national parks reveals environmental factors significantly impact their distribution. The study identifies a pattern relating to the rise of temperatures and decrease of precipitation with an increase in spider endemism, highlighting potential conservation strategies.
A recent study on the Great Barrier Reef reveals that crown-of-thorns starfish can navigate back to their shelters at dawn after feeding on corals at night. The research found that only starfish with a well-stocked larder, meaning they have an ample supply of coral prey, were able to find their way home.
Researchers from Norwegian University of Science and Technology found that even protected biodiversity hotspots are losing significant areas to agriculture and urban sprawl. Over a quarter century, the world's most biologically diverse places lost an area three times the size of Sweden.
A first-of-its-kind study found that the US wood pellet industry has a net positive effect on southeastern US forests, with overall carbon storage increased and standing-dead trees decreasing. However, the researchers caution that future expansion and increasing demand may pose concerns if not monitored closely.
A drone inspired by the northern goshawk's wing and tail motion was developed to approximate raptor-like flight performance, achieving faster turns and decelerations. The device features a morphing wing and tail that adjust in synergy for optimal agility.
A 25% increase in leopard populations has been reported in northern China's Loess Plateau due to successful reforestation efforts. The five-year plan restored biodiversity and allowed leopards to thrive by reintroducing prey species, leading to a notable increase in their numbers.
A new study found that trees' participation in fungal networks in forest soil is linked to their growth, carbon storage, and ability to withstand drought. The research suggests that these networks can provide significant growth advantages to trees with more connections.
A study found that trees in larger cities are healthier and more productive than those in less dense areas, with red maples being the most productive in urban environments. The research highlights the importance of planting the right tree species in cities to support ecological resilience.
Researchers at University College London have used laser technology to measure the volume and biomass of giant Californian redwood trees for the first time. The technique offers new insights into carbon storage and ecosystem structure, with estimates suggesting these large trees are up to 30% heavier than previous indirect methods.
A new global assessment report finds that forests and trees can alleviate poverty, but benefits are unevenly distributed among communities. Agroforestry systems, community forest management, ecotourism, and forest producer organizations show promise in reducing poverty, while protected areas can exacerbate local income inequalities.
A new report identifies priority areas for ecosystem restoration, which could rescue land-based species and soak up vast amounts of carbon dioxide. Protecting these areas and restoring natural ecosystems can deliver significant biodiversity and climate benefits at a relatively low cost.
Aerosol particles play a significant role in heat absorption and deflection by the atmosphere. Researchers have now detected the rate at which these tiny particles leave the atmosphere, revealing a much narrower range of lifetimes than previously suggested. This new understanding can improve climate models and air quality forecasting.
A new article proposes a scale-adaptive auto-context-guided fetal US segmentation framework with structured random forests, improving the accuracy of fetal biometric measurements. The proposed method outperforms state-of-the-art methods in terms of segmentation accuracy for fetal head circumference and abdominal circumference.
Scientists study tree rings to reveal how Arctic dimming kills trees and limits growth due to reduced sunlight from industrial pollution. The research found massive tree mortality associated with the Norilsk mining complex in northern Siberia.
A new study found that the spread of ghost forests across North Carolina's coastline can lead to significant losses in carbon stored in plants and trees above ground. Researchers discovered ways landowners can offset these losses, including tree plantings and proper drainage management.
Research suggests leaving up to 75% of naturally disturbed forest areas unlogged preserves 90% of original species richness. This guideline can help promote biodiversity in affected habitats.
Climate change is causing more frequent and severe wildfires in the Cascade Range, reshaping forests. Historically, fires occurred every 50-200 years, but climate-driven changes have led to increased fire frequency, with some areas burning within 12 years of each other.
A new study suggests that concentrating tree planting efforts on understocked forest land, particularly in western states and the Northeast, can substantially increase carbon sequestration capacity. This targeted approach could enhance ecosystem services and offset a significant portion of the country's carbon dioxide emissions.
Increasing tree planting in understocked US forestland could increase carbon sequestration capacity by approximately 20%. Currently, annual tree-planting efforts result in sequestering around 16-28 million metric tons of CO2 from the atmosphere.
A high-resolution map of European forest canopy openings has been created, showing a 17% loss of canopy in 30 years. The size of openings varies widely by region, with Spain's largest opening being 17,000 hectares due to a single fire.
Aleutian Reef decline is driven by the absence of sea otters, which prevents urchin population growth. Ocean warming and acidification exacerbate this issue, reducing the alga's resistance and leading to reef erosion.
Researchers found that producing animal-sourced foods consumes over 80% of the Earth's agricultural acreage, leading to widespread deforestation and climate change. Shifting to land-friendly diets could regrow native vegetation capable of absorbing CO2, reducing atmospheric carbon dioxide levels.
A 2018 European drought had devastating effects on crops, forests, and grasslands. Researchers found that plants initially benefited from the warm spring weather but suffered from lack of water during summer heatwaves.