Articles tagged with Climate Data
A new Web-based calculator will warn public health officials when and where mosquitoes carrying West Nile virus thrive or die, based on climate data. The system will help track mosquito populations' development and aging, which is crucial for predicting outbreaks.
A NASA study found that urban heat islands in coastal cities like Houston cause warmer air to rise, interact with sea breezes, and create heavier rainfall. The study also suggests that this effect may be more pronounced near coasts.
A new study using satellite data found a global warming trend of 0.16°F per decade, closer to surface warming and computer-model simulations. The analysis improved upon previous results, accounting for errors in radiation sensor heating and satellite orbit drift.
NCAR has surpassed the one-petabyte mark in its data archives, storing over 1 trillion gigabytes of climate research data. This achievement is made possible by StorageTek's automated tape systems and high-performance computing infrastructure.
Researchers have detected layers of high-level moisture and cirrus clouds using NCAR's instrument package, indicating a significant impact on long-term climate. These clouds, often missed by standard weather balloons and sensors, can warm the planet and trap radiation.
Researchers have resolved terrestrial paleoclimate records near the K-T boundary, correlating with marine data. Climate changes occurred globally, with warming events occurring 66 million years ago, and cooling trends preceding the K-T collision.
The Ohio State team is contributing to NASA's ICESat mission, which aims to map the Earth's ice sheets using a radar-like system. The team has developed lidar mapping software that will help calibrate the satellite's lidar system and create accurate maps of ice sheet extent.
A study analyzing 143 scientific papers and personal backyard recordings reveals that animals and plants are shifting their behaviors and seasonal timing due to a 0.6°C global temperature increase. In the temperate zone, species are shifting about five days earlier every ten years in response to warming temperatures.
The study found that Arctic temperatures are increasing at a rate of 1.2 degrees Celsius per decade, leading to the decline of perennial sea ice. If the perennial ice cover disappears, it could profoundly impact summer shipping lanes, plankton blooms, ocean circulation systems, and global climate.
NASA's Public Health Applications Program aims to provide public health agencies with innovative technologies, data, and satellite-based tools to combat the disease. The program helps identify environmental indicators, predicts disease outbreaks, and informs mosquito surveillance efforts.
A study by Cornell University researchers found that urban areas in the US now have an average of 10 more very warm nights a year than rural areas, which has significant implications for heat problems. The growth was highest on the East Coast, with cities like Miami and Los Angeles showing the most extreme temperature trends.
Researchers will analyze data to predict and control harmful algal blooms and red tides in Narragansett Bay, affecting marine life and local aquaculture. The study aims to enhance understanding of bay ecology needed for effective management and use of resources.
Researchers at URI Graduate School of Oceanography have been awarded a $35,000 grant from the Vetlesen Foundation to investigate pathways for transport of copepod Calanus finmarchicus and its relation to climatic variations.
A new report reanalyzes national weather service estimates to provide a comprehensive understanding of US flood damage trends. The data show that North Dakota has suffered the most per capita economic losses due to flooding.
A team of researchers led by Hongxing Liu from Texas A&M University is analyzing remotely sensed data from the Lambert ice sheet to understand its role in global climate change. The study will help determine how glaciers respond to changes in the climate and provide clues about the potential impact on sea levels.
The AIM mission will investigate the sudden increase of noctilucent clouds near the equator, potentially linked to global warming. Temperature measurements indicate cooling at high altitudes, which may explain the rising cloud observations.
Aqua has successfully transmitted engineering images from five of its six instruments, providing a glimpse into the spacecraft's performance and paving the way for operational data in early September. The high-quality data will help improve weather forecasts and advance our understanding of Earth's climate system, particularly the role...
The NOAA-17 satellite has been successfully launched into orbit, providing improved imaging and sounding capabilities for weather forecasting and climate monitoring. The spacecraft will collect meteorological data and transmit it to users worldwide.
Satellite observations show northern regions experiencing a 'greening' trend over the past two decades, with spring advancing by about a week and summer maximum leaf cover increasing. The LPJ model confirms this trend, attributing it to warming caused by climate change, while also highlighting other factors such as increased carbon dio...
A 100,000-year climate cycle linked to the sun's magnetic activity has been discovered. The study found that periods of high solar magnetic activity correlate with warmer climates and vice versa.
A new climate study reveals California's increased risk of warmer temperatures, smaller snowpacks, and altered water supplies due to rising carbon dioxide levels. The research offers precise regional specificity and statistical analysis, providing a more reliable basis for planning climate change mitigation strategies.
NASA's SHADOZ project has solved a decade-old mystery about the source of Atlantic ozone, revealing a 'wave-one pattern' that is predominantly in the troposphere. The data also show that the tropical tropopause is not a sharp boundary but a 2-mile thick transition layer.
Researchers analyzed seismic activity from six stations in West Antarctica, discovering a significant number of small earthquakes. The study confirms that West Antarctica is prone to earthquakes due to its rift-like nature.
Geologists reconstructed the Eridanos Delta's course and discovered that climate influenced its development. Numerical models predict river dynamics over hundreds of years, helping to answer questions about climate change impacts on rivers.
A NASA study reveals strong relationships between El Niño episodes and changes in Antarctic sea ice cover, indicating a connection between the Southern Oscillation and global climate. The findings suggest that El Niño affects regional ice distributions, with notable associations observed in the Amundsen, Bellingshausen, and Weddell Seas.
Scientists discuss advancements in predicting extreme weather events, analyzing changes in global snow and ice cover, and the challenges of global environmental monitoring. New data from NASA's Earth-observing spacecraft reveal complex patterns in climate change and its effects on our planet.
Researchers at NSF Longterm Ecological Research in Antarctica found a cooling trend on the continent, contradicting global warming expectations. The study indicates that most of the continent is cooling, posing challenges to climate models and potentially affecting unique ecosystems.
A study published in Nature magazine found that ignoring leap year can lead to a 10% statistical bias in predicting the arrival of spring, with trends being overestimated. The researcher emphasizes the importance of using accurate data to predict climate change and highlights the need for corrections.
The TRMM satellite is continuing to collect data on various climate and weather questions, including the formation of snowflakes and raindrops inside clouds. Microscopic dust and soot particles are found to interfere with rain formation in 'dirty' clouds.
The Nenana Ice Classic provides a consistent and accurate dataset on river ice breakup timing, showing spring is coming earlier due to climate change. Researchers can use this historical record to analyze the effects of global warming on natural systems.
Research shows waves in southern California and the North Pacific have increased in size and intensity over the past half century due to stronger wind and storm activity. The approach direction of winter ocean swells has rotated from northwesterly to westerly, reducing natural sheltering effects and increasing direct impacts on the coast.
Researchers at Purdue University link economic growth to annual hard frosts, finding that temperate areas have historically had less disease and better agricultural productivity. Frost enables the build-up of organic matter in fertile topsoil, allowing for richer agricultural success.
Satellite data confirms that plant life above 40 degrees north latitude has been growing more vigorously since 1981, with Eurasia showing more pronounced greening than North America. The existing vegetation has increased in density, but the area of vegetation has not extended.
The Tropical Rainfall Measuring Mission (TRMM) spacecraft will continue to provide vital data on global rainfall and climate change with its extended mission. Scientists anticipate improved climate predictions and a more robust record of rainfall patterns.
Research found that heavy rainfall precedes most waterborne disease outbreaks in the US, with extreme precipitation levels increasing outbreak risk. The study analyzed data from 1948-1994 and found a significant association between precipitation and waterborne disease outbreaks.
A new technique uses GPS signals to collect environmental data, reducing the size and cost of instrumentation. The system is promising for studying ocean-related conditions and global climate change, with potential applications in satellite systems and unmanned aerial vehicles.
New satellite-generated rain maps provide more accurate tropical rainfall measurements, helping manage water resources and understand El Niño-La Niña patterns. The TRMM satellite's high-resolution data also enables better weather forecasting and climate projections.
Scientists at NASA's Goddard Space Flight Center will present new findings on the impact of urbanization on photosynthetic production, climate change in coastal regions, and Arctic warming. These studies provide valuable insights into the effects of human activity on the environment.
Research analyzing births in Malta and Western Europe from 1890 to 1995 found a strong association between lower birth rates for boys and colder climates. The study suggests that warmer climates favor the birth of boys, possibly due to temperature affecting fertility and sex ratios at birth.
Researchers at NOAA's National Climate Data Center found evidence that the rate of global warming is accelerating, with recent record high temperatures surpassing expectations. The study analyzed data from 1997 to 1999 and concluded that the rate of warming since 1976 is greater than previously predicted.
Researchers discuss seasonal cycles of air exchange, improved models for water vapor, and aerosol levels rising. They also examine the decay rate of aerosols in models versus satellite observations and their impact on Earth's climate.
Scientists have reported a striking decline in Arctic sea ice thickness since the 1960s, with an average reduction of 4.3 feet. The study analyzed data from three autumn cruises and found a perennial ice cover of 1-3 meters, significantly thinner than previous estimates.
The study adds 1998 data to a two-decade global temperature trend, showing significant warming in the troposphere and cooling in the lower stratosphere. The results contradict past claims that the lower tropospheric data show no warming trend.
A new statistical analysis of 115 years of global temperature data strengthens the argument that human-caused emissions are warming the earth's atmosphere. The study found strong year-to-year correlations between actual temperature data and simulations from two leading computer models, indicating a consistent long-term trend.
The US Energy Department has established a long-term climate research station on Nauru in the Central Pacific Ocean. The facility will collect data on the sun's energy transmission, absorption, and reflection in the tropics, focusing on cloud effects on heating and cooling the atmosphere.
The image clearly demonstrates the principle behind UHIPP, showing how natural and manmade surfaces affect city temperatures. Urban forests are crucial in keeping cities cool, according to Dr. Jeff Luvall, and streamside vegetation has a cooling effect as streams flow from mountains.
Researchers confirm massive ice shelf break-off using satellite images, indicating rapid collapse beginning early next year. The 12,000 square kilometer Larsen B Ice Shelf is nearing its stability limit due to regional climate warming, with two-thirds of the ice sheet now at risk.
NASA's Global Hydrology and Climate Center provides real-time geostationary satellite data, enabling users to view weather formations, temperature, winds, and precipitation in various regions. The center offers an interactive viewer with low-resolution animations and on-demand image sequences.
A new study has confirmed that the Earth's surface temperature has increased by about 1 degree C over the last five centuries, with the majority of this warming happening in the last 100 years. The study used data from 300 underground boreholes across four continents to find a global average temperature increase since 1900.
A team of researchers from Penn State is investigating the connection between sedimentation patterns at the river's mouth, land use patterns in the basin, and climate variability. They plan to analyze sediment cores using lead isotope ratios and pollen to link core layers with climate and sedimentary regimes.