Articles tagged with Forest Ecosystems
A new study introduces a Resistance-Resilience-Transformation (RRT) classification to assess transformative actions in climate adaptation projects. The RRT classification shows a shift towards more transformative actions, such as species translocation, in recent years.
Researchers analyzed soil samples from burned and unburned areas in California parks, finding that the oak woodland fungal community was less affected by wildfires than those in evergreen forests. This aligns with the fact that oak woodlands depend on regular fire to thrive.
Researchers analyzed fossils of 70 plant taxa from central Tibet to understand the region's ancient environment. The study found that Tibet's landscape persisted in a similar form for at least 25 million years before giving way to its present-day plateau.
Researchers found that 84% of newly-created and recolonized beaver ponds remained occupied for more than a year. However, when a wolf kills the beaver, no pond remains active. This study suggests wolves can alter wetland creation without changing beaver abundance or behavior.
A new study found that community forest management policies often result in weakened rights and less access to forests for local populations. Despite positive outcomes in some cases, the overall results show a series of trade-offs between people and the environment. The research highlights the need for governments to ensure that commun...
Research shows that formalized community forest management policies tend to have negative impacts on forest access and resource rights, while still achieving environmental and economic benefits. In many cases, income gains mainly benefited village elites, while the poor and marginalized bore the brunt of forest use restrictions.
Research collaboration reveals maple trees as crucial to ecosystem structure and function due to their commonality, with many species at high risk of extinction worldwide.
Researchers analyzed data from 300 German grasslands and forests to investigate the relationships between biodiversity, ecosystem functions and services. The study found that low-intensity farming and forestry can preserve biodiversity while providing material benefits.
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.
A new study by Stanford University's Natural Capital Project emphasizes the importance of considering diverse human needs when conserving ecosystems. The researchers argue that a one-size-fits-all approach can exacerbate existing social and racial inequalities, and instead recommend inclusive policies that prioritize equity.
A study in Borneo found that degraded tropical forests have a high conservation value for 28 tropical mammal species. Mammals tend to avoid heavily degraded areas with open canopies and reduced vegetation density, highlighting the importance of maintaining good quality forest habitat.
New research identifies three laws to explain species diversity and abundance in ecosystems. Environmental change and variability are key drivers of fluctuations in species populations.
A proposed mining policy in Brazil's Amazon rainforest could lead to significant economic losses due to impacts on rubber, timber, and greenhouse gas mitigation ecosystem services. The policy threatens to destroy valuable ecosystems that provide an estimated $7 billion AUD annually, making it financially unsustainable.
Extensive measurement data reveals severe impact of heat and drought on lower-altitude ecosystems, while higher-altitude ecosystems benefited from warmer temperatures. Productivity fell by an average of 20% in mixed forest and meadows at lower altitudes.
A new study suggests that drastically shifting agricultural production from animals to plant-sourced foods could remove more than a decade of global carbon dioxide emissions. The research found that this change could free up space for ecosystems to regrow, effectively doubling Earth's rapidly shrinking carbon budget.
Researchers will investigate how changes in microbial diversity affect ecosystem function and health. The study aims to understand the role of functional redundancy in maintaining healthy ecosystems, with a focus on environmental complexity and its impact on soil health.
Researchers discovered fossil trees on Peru's Central Andean Plateau, revealing a more humid ecosystem than predicted by climate models. The findings support the hypothesis that tectonic uplift occurred in rapid pulses, shaping the region's climate and vegetation.
A new study emphasizes the importance of involving local communities in global forest restoration efforts, which could provide benefits to millions of people living on lands suitable for forest restoration. The research highlights opportunities for tropical countries to remove atmospheric carbon, promote biodiversity conservation, and ...
A new study using fossil pollen samples suggests that North America's plant biomes are experiencing low landscape resilience, similar to the end of the Pleistocene megafauna extinctions. The researchers found that forests persisted longer than grasslands and recovered more slowly if the ecosystem contains high plant biodiversity.
A new study using data from 123 studies worldwide found that smaller habitats lead to more species extinctions when compared to larger habitats. The researchers developed a way to develop more realistic biodiversity forecasting models by accounting for ecosystem decay.
A recent study published in AGU Advances reveals that warming peatlands can lead to a rapid release of stored carbon into the atmosphere. The researchers found that even modest temperature increases can trigger significant microbial processes, resulting in faster-than-historical carbon loss rates.
A rock core from Petrified Forest National Park has provided a continuous timeline of Earth's history from 225 million to 209 million years ago, shedding light on the Triassic dark ages. The analysis suggests two possible scenarios for the changes in the fossil record: gradual evolution or a powerful asteroid impact.
New international research reveals that forest cover loss amplifies both gains and losses in global biodiversity. The study, spanning 150 years and over 6,000 locations, finds that forests support around 80% of all land species, with some species declining rapidly after forest loss.
A new study reveals that global forest loss is amplifying both gains and losses in species diversity, leading to changes in ecosystems. The research found that some tropical areas experience significant declines in animal species due to forest loss.
The first issue of Restoration Ecology - Arid Lands (RE-AL) shares diverse voices from around the world focused on restoration in arid environments. Key findings include innovative technologies and best practices for practitioners in these ecosystems, addressing climate change and social importance.
Researchers found that beaver-induced floods create a network of interconnected habitats in southern Finland, increasing environmental heterogeneity. The study suggests beavers can help restore wetland ecosystems and conserve biodiversity.
Researchers are exploring areas of landscape less prone to disturbances like fire and drought, known as disturbance refugia, to understand why change doesn't occur as quickly in some landscapes. These refugia may hold the key for conserving forest landscapes and biodiversity in a changing climate.
A new measure, Gross Ecosystem Product (GEP), is proposed to value nature's contributions to economic activity and human well-being. GEP summarizes the economic value of nature's services, highlighting the need to balance domestic and ecosystem needs for a sustainable future.
The ES Matrix approach has been applied to assess ecosystem services in various studies, allowing for a higher number of ES assessment than other methods. However, the approach often lacks transparency and variability analyses, recommending improved applications and method elucidation.
A 425-million-year-old millipede fossil discovered in Scotland is the oldest known bug, challenging previous estimates of insect evolution. The find suggests that bugs evolved rapidly, going from simple lake communities to complex forest ecosystems within 40 million years.
A community-based research study has been launched to better understand the pandemic and regional infection patterns. The study will employ online data-gathering and at-home rapid diagnostic kits to help the medical community develop strategies for containment and possibly eliminate COVID-19 in defined communities.
Research found that nitrogen-rich soil is linked to the decline of less common plant species in European forests, leading to a loss of biodiversity. In contrast, nitrogen-loving species like nettle and blackberry are on the rise.
A study of Middle Triassic lacustrine sediments found that both lake and peat-forming forest ecosystems took up to 10 million years to recover after the EPME. The restoration of complex lacustrine ecosystems coincided with the termination of the coal gap, a period of no coals deposited worldwide.
Researchers suggest a more detailed approach to assessing forest health, focusing on protected areas with finer scale data. This method can help identify non-intact forests and track changes in forest cover over time.
A study by Oregon State University scientists found that increasing bison numbers in the park's Lamar Valley are exerting 10 times the environmental pressure of elk, disrupting species distribution and limiting woody plant communities. The findings suggest that the park's ecosystem engineers may be out of balance.
Shifts towards drought-tolerant traits in forests were associated with increased tree mortality, while photosynthetic and hydraulic trait diversity varied by region. Forest type also influenced the response to tree mortality.
Research reveals large ecosystems like Amazon forests can collapse in 49 years and Caribbean coral reefs in just 15 years. This accelerated rate of transformation is attributed to the modular structure of larger ecosystems, which initially provides resilience but ultimately accelerates unraveling when a threshold is passed.
The Amazon rainforest could disappear within a lifetime if a tipping point is reached, according to new research. Ecosystems dominated by single species are more stable and take longer to shift, while the loss of key species like elephants can trigger rapid changes.
A study on the BEF-China experiment found that directed species loss in high-diversity ecosystems leads to significant reductions in forest productivity. The researchers simulated both random and directed species extinction scenarios and analyzed the data, revealing that diversity alone does not protect against losses.
A thick buildup of organic matter on the forest floor can complicate efforts to use prescribed fire as a forest management tool. Controlled burns require specific prescriptions to minimize duff smoldering and prevent mortality of large, older pines and potential ecological consequences below ground.
A study examined water chemistry, macroinvertebrate community health, and microbial community structure in 25 streams with varying levels of oil and gas development intensity. The researchers found no significant associations between OG development intensity and chemical tracers or measures of ecosystem health.
A study by TUM found that higher biodiversity increases economic value, but only up to a certain point. Adding more species beyond this threshold doesn't produce significant benefits. Instead, a medium level of biodiversity is often most beneficial for ecosystem functionality and risk diversification.
Scientists at UC Santa Barbara's Marine Science Institute found a correlation between the stability of giant kelp and understory seaweed and seafloor invertebrates, leading to higher biodiversity. The study suggests that robust kelp increases species diversity, promoting ecosystem stability.
The research uses detailed ecosystem population data to build models that aid environmental managers in selecting interventions, determining their impact on species populations. The models can be right more than 70% of the time, providing a better outcome than gut feeling or decisions that can't capture ecosystem complexity.
A study led by Michigan State University researchers found that a collective model created by over 200 anglers and fishing club members accurately predicted pike populations, habitat, and fishing pressure. The results show that involving diverse interest groups improves the accuracy of the solution.
A new study found that climate-related variables have a greater impact on small mammal biodiversity patterns across entire forest systems than deforestation does. This approach incorporates functional and phylogenetic diversity measures to uncover patterns that inform conservation efforts.
A new study reveals that plant-eating insects significantly impact forest ecosystems, causing nutrient leaching and increased carbon dioxide emissions. The researchers found that these insects can disrupt ecosystems more than previously thought, especially in cold areas where temperatures may rise.
Researchers have discovered that the Canadian tundra was once home to a vibrant, temperate forest, featuring plants such as birch, alder, and elms. The ancient plant fossil record provides valuable insights into how ecosystems responded to greenhouse climates in the past.
A study by Oregon State University researchers found that preserving temperate forests in the western United States can mitigate climate change through carbon sequestration, while also enhancing biodiversity. The identified forests have medium to high potential for carbon sequestration and low future climate vulnerability.
A study in Scientific Reports found that wildfire severity can increase bat diversity and richness, while pyrodiversity enhances occupancy rates for certain species. The authors suggest that bats may be resilient to increasing wildfires, which could impact conservation strategies.
A study by Rice ecologists found that termites lose their dominance in hunted areas of an African forest, with a 170-fold decrease in abundance. Termites play crucial roles as ecosystem engineers and food sources for other organisms, highlighting the cascading impacts of megafauna loss.
Researchers found that the two species have complementary ecological functions, favoring seed dispersal and growth of adult trees. The loss of these herbivores could lead to significant effects on ecosystem dynamics, equivalent to the eradication of elephants from African and Asian forests.
A novel drone-based chemical monitoring system tracks volatile organic compounds emitted by plants, revealing the health of Amazon forests and their response to climate change. The research found significant differences in VOC signals between various forest sub-types, contradicting previous assumptions about their emissions.
Researchers studied 18 Acaena plant species in New Zealand habitats, revealing that geographical and climate conditions play a greater role in colonization success. The study suggests that warmer and wetter conditions can facilitate species adaptation to newly opened habitats.
Researchers found that temperature influences functional traits between plants and microbes, leading to changes in nutrient cycling and carbon processing. As temperatures varied from tropical to boreal forests, the team observed shifts in bacterial genes tied to these processes.
Research predicts a 25% decline in evergreen conifer trees and a nearly doubling of broadleaf deciduous trees by 2100. This shift will have significant ecological and climatic implications for the entire ecosystem and carbon cycle.
Martin Nyffeler's study calculates the significant ecological role of insectivorous birds in consuming herbivorous insects and other arthropods. The research reveals that forest birds are major consumers of arthropod biomass, with an estimated 400-500 million tons of prey consumed annually.
Researchers analyzed moose droppings to understand their dietary choices and found that moose prefer rare plants when they are available. The study suggests that moose's selective foraging behavior has a stabilizing effect on the entire food web, with implications for ecosystem stability.
The study found that elephants change the structure of African tropical forests, increasing aboveground biomass by 26 to 60 tons per hectare. This process contributes to a corresponding increase in carbon storage, making the forests more resilient to climate change.
Research on coralline algal diversity reveals fewer species and less diversity in urchin barrens compared to kelp forests with sea otters. The study suggests that cryptic species identification alters ecosystem dynamics perception.