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The Water Resources Data System (WRDS) is a clearinghouse of hydrological and climatological data for the State of Wyoming. WRDS is funded by the Wyoming Water Development Office and is a part of the Department of Atmospheric Science at the University of Wyoming. WRDS serves as the Wyoming State Climate Office (SCO) and, as such, we provide a variety of services ranging from the development of enhanced drought-monitoring products to the online dissemination of water resources publications. WRDS/SCO also supports a variety of stakeholder groups by assisting in the development of the State Water Plan and helping to coordinate long-term monitoring efforts throughout the region.Engineering Building Rooftop CameraClick Image to Enlarge

With nearly 4,900 employees in 122 weather forecast offices, 13 river forecast centers, 9 national centers, and other support offices around the country, NWS provides a national infrastructure to gather and process data worldwide.

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The data products produced by the Ground Project include detailed cloud coverage, atmospheric temperature and pressure, ozone distribution, as well as snow cover, vegetation, aerosols, and Earth radiation budget information. This wealth of information enables numerous users to monitor and predict changes in weather, climate, and ocean conditions.

LEO engages with partners in all facets of the program, including scientific research, user requirement reviews, and operational and research distribution. LEO also regularly interacts with its partners at scientific conferences and through program outreach efforts. In interactions with NOAA operational users, LEO learns and understands their requirements, allowing LEO to provide satellite products that meet those operational needs and support real-time weather operations.

LEO also works closely with other users within the federal government and the international user community. The program assists in applying scientific research to ensure that the data and products are of the highest quality. The program is also positioned to leverage continuing work from the NOAA research agencies and other national research organizations as well as the NOAA Cooperative Institutes.

The Global Modeling and Assimilation Office (GMAO) supports NASA's Earth Science mission. Activities in Earth System modeling and data assimilation aim to maximize the impact of satellite observations on analyses and predictions of the atmosphere, ocean, land and cryosphere.

Thereis evidence of recent changes in the deformation data (cGNSS) around Askja. Thedeformation rate has decreased since the beginning of August and the signal hasflattened at several stations within or around the caldera. At this stage it isuncertain what process is causing this pressure reduction, possibly the sourceof the inflation has been shut off or it could be related to an outflow of magmaticfluids.

Preliminary results indicate nochanges in the gases or waters compared to previous years whilefurther sample and data analyses are ongoing. Visual inspectionsand temperature and pH measurements do not point toany clear changes in geothermal activity around Askja includingin Vti. The observation on 12 August at the edge ofBtnshraun which was reported as a possible steam plume is now recognizedas dust caused by a minor rock fall on a steep slope of thecaldera wall.

The latest deformationdata indicates that the inflation continues at Askja with the position anddepth of the inferred magma source unchanged since September 2021. The magma isaccumulating at a depth of about 3 km, and there are currently no indicationsfrom geodetic observations that the magma has shallowed further. Tendays have passed since last activity was seen in the crater close toLitli-Hrtur and since volcanic tremor reached its background level. Nodeformation is detected in the area and the seismic activity has decreasedsignificantly.

Access to common climate maps, data, and tools. Search a dataset catalog, check the status of key environmental indicators with the Global Climate Dashboard, or browse the Data Snapshots collection to locate publication-quality images to grab and re-use.

The Office of Washington State Climatologist (OWSC) is called by the State of Washington to serve as a credible and expert source of climate and weather information for state and local decision makers and agencies working on drought, flooding, climate change, and other related issues. When interpreting climate information or analysis, OWSC will rely foremost on peer-reviewed literature and on best practices, sometimes consulting with other experts as needed, and is willing to revise public statements in light of solid new analysis or information. Our on-going goal is to provide information to the public that is reliable and meets the highest quality standards.

You can also use this site to access our most popular tools like the NW Climate Trends, Snow Depth, and Cloud Cover. A complete list of tools, as well as links to quality outside data sources, can be found in Climate Data.

Our Data Graphing and Export System has been updated and now has enhanced graphing capabilities! Want to easily export or graph data? If so, check out our Data Graphing and Export System!

For example, one survey found that the overwhelming majority of people said they used weather forecasts and did so an average of 3.8 times per day. That equates to 301 billion forecasts consumed per year!

The researchers found a median valuation of weather forecasts per household of $286 per year, which suggests that the aggregate annual valuation of weather forecasts was about $31.5 billion. The sum of all federal spending on meteorological operations and research was $3.4 billion in the same year, and the private sector spent an additional $1.7 billion on weather forecasting, for a total of private and public spending of about $5.1 billion. In other words, the valuation people placed on the weather forecasts they consumed was 6.2 times as high as the total expenditure on producing forecasts. NOAA data is re-packaged and analyzed to produce 15 million weather products, such as air quality alerts, the three, five and ten day extended weather forecast, earthquake reports, and tornado and flash flood warnings. Many end users do not realize that NOAA provides the data they see and hear every day on The Weather Channel, AccuWeather, the radio and in the morning paper.

The National Weather Service operates 122 weather forecast offices in six regions.[1] Each weather forecast office (WFO or NWSFO) has a geographic area of responsibility, also known as a county warning area, for issuing local public, marine, aviation, fire, and hydrology forecasts. They also issue severe weather warnings, gather weather observations, and daily and monthly climate data for their assigned area. The local weather forecast offices also control the broadcasts of weather information on the NOAA Weather Radio All Hazards stations.[2] The NWS is divided into six regions.

During the reorganization, many of these became forecast offices, while most were closed in favor of cheaper automatic weather stations like AWOS and ASOS. Since then, many offices and weather radars have moved to separate non-airport locations, where they are assigned new location identifiers, such as EYW/KEYW to KEY/KKEY for NWSFO Key West, and BHM/KBHM to BMX/KBMX for Birmingham radar.[4]

Strong El Nio Expected to Impact Northeast During Winter

Strong El Nio conditions were present and strengthening in the equatorial Pacific Ocean during October. During El Nio winters, coastal areas tend to be wetter (and sometimes snowier) than normal due to a favored storm track along the East Coast. This pattern is reflected in the Climate Prediction Center's latest winter outlooks. However, other factors can influence the region's weather patterns leading to varying conditions. You can learn more about those weather patterns, potential El Nio impacts, the winter outlooks, and a comparison of previous El Nio winters here -

In 2022, there were 18 separate billion-dollar weather and climate disasters. The total cost for these events was over $165 billion, making this the third most costly year on record, behind 2017 and 2005. The annual costs from billion-dollar disasters has exceeded $100 billion in five of the last six years (2017 to 2022), with 2019 being the only exception. The total cost for the last seven years (2016 to 2022) exceeds $1 trillion.

Of the 363 billion-dollar weather disasters since 1980 (as of August 2023), tropical cyclones (or hurricanes) have caused the most damage: over $1.3 trillion total, with an average cost of $22.8 billion per event. They are also responsible for the highest number of deaths: 6,890 since 1980.

In the late 1940's and 1950's many deemed "the deliberate or the inadvertent alteration of atmospheric conditions by human activity", also known as weather modification, as a promising science of the future. Currently, the most common form of weather modification is cloud seeding, which increases rain or snow, usually for the purpose of increasing the local water supply. Weather modification can also have the goal of preventing damaging weather, such as hail or hurricanes, from occurring.

As part of Public Law 92-205 (1972), all non-Federal weather modification activities must be reported to the U.S. Secretary of Commerce, via the NOAA Weather Program Office. Below is a list of these reports and is updated on a quarterly basis.

All non-Federal weather modification activities must be reported to the U.S. Secretary of Commerce, via the NOAA Weather Program Office. All reports submitted to NOAA are compiled and then posted on the NOAA Library Website

(b)In addition to the activities listed above, other similar activities falling within the definition of weather modification as set forth in 908.1 are also subject to reporting.

In addition to the activities listed above, other similar activities falling within the definition of weather modification as set forth in 908.1 are also subject to reporting. ff782bc1db