Articles tagged with Climate Change Adaptation
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Scientists found that crocodiles' reproductive biology and parental care may contribute to their resilience to mass extinctions. Unlike turtles, crocodiles select nesting sites carefully and bury nests for insulation, allowing them to cope with temperature fluctuations.
A study analyzing Barcelona's 'Superblocks' program reveals how political struggles for municipal power hindered its implementation. The program aimed to reduce car traffic and emissions, but resistance from local forces and public participation issues threatened its success.
A new study finds that warming temperatures have been substantially mitigated by the migration of rainfed corn, wheat, and rice. However, continued migration may result in significant environmental costs, including biodiversity loss and increased carbon emissions.
A new study proposes climbing beans as an intensification solution to increase yield and meet Africa's growing demand for food. Climbing beans can adapt to Africa's future climates in several ways, including intensifying cultivation in high-producing areas.
A new study projects significant shifts in fish species distributions due to climate change, with tropical countries losing up to 40% of their species by 2100. The researchers highlight the need for international cooperation and strict greenhouse gas emissions reductions to mitigate the impact on vulnerable nations.
Researchers at the University of Miami Rosenstiel School explore the importance of learning and knowledge in environmental decision-making. They argue that educational tools can accelerate climate change adaptation and provide actionable knowledge for societies.
Researchers argue that current disjointed approaches may harm strategies to reduce food emissions and safeguard food from climate impacts. A comprehensive approach is needed to track emissions beyond the farm gate and understand how different components work together.
Researchers at NYU Abu Dhabi have found a way for corals to adapt quickly to climate change by passing on epigenetic marks to their offspring. This discovery could lead to the creation of pre-adapted coral colonies that can repopulate dying reefs.
A new research review argues that societal adaptation to climate change should focus on collective action and systems-level thinking, rather than individual coping strategies. The authors propose transformational change to ensure society's resilience in the face of increasing hazards.
According to new research, Gulf coast mollusks were able to survive past periods of climate change, including the Paleocene-Eocene Thermal Maximum (PETM), which warmed the planet by 9-14 degrees Fahrenheit. The study suggests that these resilient communities may adapt again to today's climate change.
Research found that plantains, a small plant native to Europe, have become one of the world's most successfully distributed species by adapting in unconventional ways. The study revealed that multiple introductions into new environments led to high genetic diversity and adaptability, making invasive plants more successful.
A comprehensive global biodiversity map documents life's distribution on land and in the ocean, providing a unified picture of where species occur and how environmental factors influence their presence. The study enables more effective species preservation and informs adaptive management practices in the face of climate change.
A new study from the University of Notre Dame finds that climate change may not directly lead to more conflict, but rather affects regional instability through variations in income. The research explores the complex relationship between drought, crop failure, and conflict, suggesting that expectations and adaptation can alter predicted...
Climate change is likely to unlock dangerous new microbes and threaten humans' ability to regulate body temperature. Rising temperatures pose a threat to humanity's thermoregulation and survival.
A new, high-resolution climate change dataset has been validated and described, providing valuable data for smallholder farmers and policymakers to devise adaptation strategies. The dataset includes 436 scenarios of future climate conditions at scales as small as 1 kilometer.
Researchers identified specific genomic regions that have changed in response to natural selection to allow plant species to adapt to new climatic conditions. These adaptations are linked to traits such as winter survival and flowering, enabling plants to thrive in diverse climates.
Researchers used microeconomics and hydrology models to study the relationship between climate change and violent conflict. They found that human adaptation to changed conditions may decrease conflicts over coveted resources.
Researchers have developed an optimal climate model configuration for Southeast Asia, addressing the region's complex topography and monsoon climate. The customized RegCM4.7 model improves precipitation reproduction and simulates weather and climate extremes with enhanced accuracy.
The experience of Arctic peoples can help with regional adaptation measures. A seminar brought together researchers, local residents, and government officials to discuss climate change problems and find solutions.
An international team of scientists found that adopting the Paris Agreement's emission reduction scenario would significantly limit global productivity losses for both fishing and agriculture. In contrast, a no-action scenario would lead to significant declines in productivity for most countries.
A new study reveals that institutional failure, poverty, and social structures hinder women's ability to adapt to climate variability and change. Effective adaptation requires insights into what builds the adaptive capacity of women and men in specific contexts.
The study found Samoan villagers have developed a pragmatic and positive approach to impending climate changes, diversifying food and water sources, being geographically mobile, and strengthening social networks.
A study of threespine stickleback in California estuaries reveals evolutionary changes in response to climate-driven habitat alterations. The fish are adapting by reducing the number of bony plates along their sides, allowing for increased maneuverability and energy efficiency.
Research studies reveal that planktonic species diversity and functions change significantly according to latitude, with a peak around the equator and a decline towards the poles. These findings have strong ecological, environmental, and economic implications for ocean health and sustainability.
Research suggests that bacteria and archaea, collectively known as prokaryotes, will increase their carbon output in response to higher temperatures. The study found that most prokaryotes will speed up their metabolism and produce more carbon dioxide, contributing to climate change.
This study uses mobile phone network data to estimate the current nationwide human welfare of coastal recreation in Japan. The projected economic values drop significantly under climate change scenarios, with some dropping below one-tenth of their current values.
A recent study reveals that wombat jaws appear to change in relation to their diets, allowing them to adapt to tougher plants due to climate change. The research suggests that individual shapes of wombat skulls are related to an individual's diet and feeding preferences, enabling short-term adaptations.
A study of 993 Brazilian protected areas found 258 moderately vulnerable and 17 highly vulnerable to climate change. The Amazon and Atlantic Rainforest biomes are at greatest risk due to climate-driven changes in vegetation and native species distribution.
New research quantifies governance pathways at national level, finding it will take around 2050 for global weak governance to improve. The study's results have far-reaching implications for sustainable development and adapting to climate change impacts, particularly in vulnerable countries.
Governance improvements will take until around 2050 globally, leaving billions in weak governance conditions beyond mid-century. Good governance is crucial for long-term planning and adapting to climate change.
Researchers found that climate change is causing some British butterflies to emerge earlier, benefiting flexible species with multiple breeding cycles per year. However, single-generation species that are habitat specialists are most vulnerable to climate change, leading to declines in numbers and local extinctions.
Researchers identified two genes that enable the European corn borer moth to adjust its biological annual clocks in response to changing winters, improving its survival chances. This discovery could help biologists predict and anticipate the impact of climate change on different insect species.
A new study by Duke University and Fudan University suggests that local conservation efforts can significantly buffer the impacts of climate change, buying cities time to adapt. Local interventions have promoted coral recovery in Florida Keys and restored seagrass beds in Chesapeake Bay.
A new multidisciplinary study examines projected changes to the Santa Barbara coast and provides recommendations for adaptation. Key impacts include rising temperatures, increased flooding and erosion, and more frequent droughts.
New research finds that climate change may exacerbate species conflicts, driving extinctions, and highlights the importance of landscape connectivity. High movement rates can reduce conflict, emphasizing the need for well-connected landscapes.
New research suggests that temperate loggerhead turtle nesting beaches may experience improved hatchling production under climate change, but this improvement could be short-lived. Rising temperatures and precipitation levels pose significant threats to marine turtle habitats worldwide.
A new paper by researchers at the University of Colorado Denver calls for a fundamental shift in how we approach wildfires, from basic recovery to transformation. The study highlights the need for communities to adopt more resilient strategies, such as reducing flammability and promoting prescribed burns.
Researchers found that American bellflowers' colonization of new areas led to beneficial adaptations, such as self-fertilization, but also detrimental mutations reducing overall vigor. This study draws attention to climate change's potential legacies and the inherent perils of species expansion.
A research group at University of Würzburg is focusing on the role of bacteria in bee health, finding that environmental factors have a stronger influence on solitary bees than previously thought. The study highlights the need for further research to combat bee mortality.
Researchers propose a new approach to climate change adaptation, focusing on strategic and managed retreat in vulnerable areas. This approach aims to maximize social, economic, and environmental benefits by integrating retreat into broader development goals.
A new study projects that future summers in Saudi Arabia will reach extreme danger heat-stress threshold, posing a significant threat to pilgrims. Climate change mitigation initiatives can help reduce the frequency of such events, but adaptations are still necessary to ensure safe Hajj.
An international team of scientists analyzed over 10,000 climate change studies and found that birds and other animals cannot adapt quickly enough to keep pace with climate change. This mismatch between the timing of biological events and the availability of food resources poses a significant threat to species survival.
Researchers found that stony corals Porites astreoides grow more slowly under acidic seawater conditions, indicating a limit to their adaptation to climate change. The study used natural laboratory settings off the east coast of Mexico to investigate coral growth in response to low pH and high dissolved carbon content.
Researchers have designed an innovative radiative cooling system that can help cool buildings in crowded metropolitan areas without electricity. The system uses a special material to absorb heat from the air and transmit it into outer space, resulting in temperature reductions of up to 11 degrees Celsius at night.
A recent study analyzing over 10,000 scientific studies found that species are not adapting fast enough to cope with climate change. The research team identified phenological traits, such as shifting hibernation and reproduction dates, in temperate regions, where changes occurred more commonly.
A 38-year study found climate change affects conifer growth, while broad-leaved trees thrive, altering forest composition and ecosystem functions. Climate change accelerates, primeval mixed forests may shift to broad-leaved tree forests, impacting carbon storage, water provision, biodiversity, and wood supply.
A new Oregon State University study finds that West Coast forest landowners will gradually shift away from planting Douglas-fir in a warming climate. The share of Douglas-fir in the Pacific Northwest is expected to decline to 25% by the end of the century.
Coral reefs face extinction due to climate change, but research shows bacteria play a crucial role in their resilience. Studies reveal that some corals adapt by associating with different bacteria, while others maintain consistent relationships.
A recent study published in Nature Communications found that animals' responses to climate change are insufficient to cope with rising temperatures. The analysis of over 10,000 studies suggests that even common and abundant species struggle to adjust their traits in time.
A new study reveals that households in Europe will increasingly rely on air conditioners to adapt to climate change, generating more greenhouse gas emissions. The study shows that household wealth, presence of elderly family members, and environmental awareness are crucial factors in deciding to install AC.
New research suggests that climate change could lead to the extinction of loggerhead turtles in Cape Verde due to rising temperatures and changing sex ratios. The study projects that by 2100, more than 90% of nests may incubate at lethal temperatures, killing most hatchlings before they can emerge.
A new study finds that climate change will lead to a significant increase in global energy demand by 2050, with the largest changes occurring in electricity needed for cooling and the industry and service sectors.
According to a study published in Nature Climate Change, most fishing communities from Maine to North Carolina will face declining fishing options unless they adapt to climate change. Communities like Portland, Maine, are at greatest risk of losing their current fishing options due to ocean warming.
A team of researchers discovered that Antarctic fishes evolved genetic changes long before the continent cooled, mirroring human bone diseases like osteoporosis. This finding highlights that some adaptations used by fishes are similar to disease states in humans.
A recent study found that communities in the Italian Alps, Peruvian Andes, and North Cascades are taking action to adapt to glacial retreat, but rarely frame their efforts as responses to climate change. Instead, they focus on local benefits such as bolstering tourism and supporting livelihoods.
Researchers used climate and ecological modelling to show that many tropical bird groups are relatively recent arrivals in their equatorial homes. Climate change rates may be too fast for species to adapt, putting them at risk of extinction.
A recent study suggests that climate change may make parts of Asian Russia habitable for humans by the late 21st century. The research found that warming temperatures and increased precipitation could improve food security in the region, but development depends on infrastructure investments.
A new review finds that agriculture and food systems must undergo significant changes to limit warming to 2 degrees C. Efforts should focus on reducing emissions from agriculture, food loss and waste, and meat and dairy production, while supporting smallholder farmers through climate-smart agriculture and social safety nets.
A new study by Florida Museum researchers found that temperate species evolved first, driven by climate change 15 million years ago. Saxifragales, a flowering plant group with nearly 2,500 species, diversified before physical traits and habitats developed, contradicting the conventional view of evolutionary processes.
A novel framework for nature-based solutions to climate threats is proposed, highlighting the importance of collaborative design and implementation. The framework aims to unite parties in the face of common threats, despite potential pitfalls such as research timelines and academic reward structures.