Noticias e Historias de NOAA

Manténgase al día con los últimos avances meteorológicos, ciencias oceánicas y actualizaciones de clima severo directamente de fuentes oficiales.

Top Stories Jan 08, 2026

NOAA and partners evaluate vital Wisconsin wetlands to reduce flood risk

(Image credit: Wisconsin Wetlands Association) Download Image January 8, 2026 . Ocean & Coasts coastal restoration flooding 0 Off
Top Stories Jan 07, 2026

Meet the mothers and calves of the 2026 right whale calving season

Meet the mothers and calves of the 2026 right whale calving season North Atlantic right whale #3390 (Uca) and her second calf swimming approximately 15 miles east of Hilton Head, South Carolina. Credit: Clearwater Marine Aquarium Research Institute, taken under NOAA permit #26919. Aerial survey funded by the U.S. Army Corps of Engineers. (Image credit: Clearwater Marine Aquarium Research Institute) January 7, 2026 Fisheries whales marine mammals 0 Off
Top Stories Jan 06, 2026

Work With The National Weather Service

Work With UsBuilding a Weather-Ready Nation and managing the nation’s weather, water, and climate data, forecasts and warnings requires a talented and dedicated workforce.National Weather Service (NWS) employees support all aspects of public safety by helping communities prepare for and respond to weather, water, and climate hazards. Our mission is to protect lives and property and enhance the national economy through timely, accurate, and trusted information.The federal hiring process can feel unfamiliar or overwhelming, especially for first-time applicants. This page brings together clear guidance, practical tips, and resources to help you understand what to expect as you explore opportunities to serve the public through the NWS! Careers at the National Weather ServiceWorking at the NWS means contributing directly to public safety and national resilience. Employees help deliver timely, reliable information that supports communities before, during, and after hazardous weather and water events. Our workforce includes meteorologists, hydrologists, scientists, information technology specialists, communicators, and administrative professionals located across the country. NWS employees collaborate with partners at the local, state, tribal, and federal levels and support a wide range of operational, scientific, and mission-support functions nationwide. Current Job OpeningsJob openings with the NWS and NOAA are posted on USAJobs.gov.Applicants can explore current NWS vacancies and NOAA-wide job opportunities. Each job announcement includes information about duties, qualifications, required documents, and application deadlines. Applicants should review announcements carefully before applying. Current openings in the NWSCurrent openings across all NOAA Line Offices Benefits of Working with UsThe NWS offers a comprehensive benefits package that supports employee well-being, professional growth, and work-life balance.  Work-Life BalanceFlexible work schedules*Paid holidays*Separate annual and sick leave accruedFamily LeaveHealth and WellnessMedical benefitsLife insurance optionsHealth and wellness programs Career and CommunityIncentives and awardsEmployee resource groupsProfessional development opportunitiesRetirement and Financial SecurityRetirement & Savings Plans*If applicable. Some positions require working on holidays.  How to ApplyApplying for a federal position through USAJobs requires an account and profile on login.gov.To apply for a position, carefully review the desired job announcement and prepare the appropriate application materials. The application must meet specific requirements in order to be reviewed.Application RequirementsCitizenship: You must be a United States citizenResume Length: Resumes must be no more than 2 pages. If more than two pages are submitted, only the first two pages will be reviewed for eligibility and qualifications.No Photos: Resumes with photos cannot be reviewed and will be disqualified.Identifying Part-Time Work: Clearly identify part-time hours per week. If not listed, work will be assumed to be full-time. Typically, part-time schedules are between 16-32 hours per week. Resume Tips and Best PracticesUSAjobs allows applicants to store and submit multiple resumes, making it easier to tailor applications for different job series or positions. Many applicants maintain a longer “master resume” to work from.The following recommendations can help strengthen your resume:Highlight directly relevant experience: Focus on work directly related to the position. Summarize unrelated roles briefly. Omit or shorten tasks that do not support the qualifications.Word choice: Match the language in the job announcement. Do not assume reviewers will be familiar with your specialty and infer experience.Describe experience level: Clearly indicate whether you supported a task or led it.Be specific: Use concrete examples and numbers rather than broad statements.Be concise but thorough: Use bullet points to clearly address every requirement listed in the announcement. Maintain enough detail to describe the complexity of your work.Simple Formatting: Use the USAJobs resume builder or follow the USAJobs suggestions for resume file type and styles.Time Management: Don’t wait until the last day to complete and review the required materials. Examples:Supporting Role: Assisted in the preparation of daily weather briefings by compiling and organizing meteorological data for lead meteorologist review.Ownership Role: Led the development and execution of a new data analysis protocol, improving the accuracy of severe weather predictions by 15%. Cover LettersApplicants are highly encouraged to include a cover letter that highlights accomplishments, certifications, and awards. While the cover letter is not used to determine qualifications, it is provided to the hiring manager as part of the application package.  Essays and Written StatementsMost job applications include short essay questions designed to better understand your experience, perspective, and approach to public service. While responses are not required and are not rated, you are encouraged to address each question thoughtfully. They are provided to the hiring manager as part of the application package.Essay GuidelinesMaximum of 200 words per responseResponses must be written in your own wordsApplicants must attest that no version of AI was usedWrite in a clear, personal voiceUse specific examples rather than general statementsAlign with mission and policy when applicable Essay Questions:Commitment to the Constitution – How have the Constitution and founding principles inspired you to pursue a federal role? Use a personal, academic, or professional example.Improving Government Efficiency – How would you use your skills to make government more efficient or effective? Include specific examples where you improved outcomes, reduced costs, or streamlined processes.Advancing Executive Orders or Policies – How would you support key Presidential Executive Orders or policy initiatives in this role? Pick 1–2 relevant policies and explain how you'd help apply them.Strong Work Ethic – How has your work ethic contributed to your success, and how will it help in this position? Give 1–2 specific examples from your academic, professional, or personal life. Required DocumentationThe documents required for an application vary by position and eligibility. Always refer to the required documents section of the job announcement. Depending on the positions, applicants may be required to submit: ResumeSF50 for current or former federal employeesUnofficial transcripts for positions with education requirementCertificates or licenses, if requiredVeterans:A copy of your latest DD214 that shows the character of serviceVA letter that shows dates of service or service connected disability AND character of serviceSF15 – If you are eligible to claim 10 point veterans preference. You must submit supporting documentation (e.g. disability letter from the VA, and DD214) as described on Standard Form-15 (SF-15)Individuals with disabilities applying under special hiring authority: Schedule A letter Assessments and Hiring ProcessThe hiring process may include skills-based and competency-based assessments designed to evaluate how applicants perform job-related tasks. These assessments are separate from the written essays and are used only for certain positions.Competencies describe the knowledge, skills, abilities, behaviors and characteristics needed to perform job functions successfully, not just what tasks are completed. Technical and alternative assessments: Allows applicants to demonstrate essential skillsProvide insight beyond resumes and educationHelp agencies make a more informed hiring decisionSome assessments measure general competencies, such as reading comprehension or decision-making, while others measure technical skills related to the position and grade level. Applicants may access USA Hire practice assessments prior to applying.  Applicant ResourcesMeteorologist Qualification StandardsDescribes the specific Meteorologist Education requirements and applicable courses.USAJobs How-To GuidesVarious topics for federal job seekers including Resume Building and the Federal Application process.USAJobs Application Process FAQsAddresses the steps of the Federal Application process and applicant tracker capabilities.
Top Stories Jan 06, 2026

Projection Ruling Calls for Trigonometry and a Deft Touch

Projection Ruling Calls for Trigonometry and a Deft Touch January 6, 2026 Barbara Clayton and Patricia Hayes draw longitude and latitude lines on what will become maps for use in WWII, using the USC&GS projection ruling machine. 1944. (Image credit: NOAA)Download Image 0 0 Off 0
Top Stories Dec 31, 2025

A 'stone cold' look: My internship assessing the modeling potential of the Rapid-Refresh Forecast System

A 'stone cold' look: My internship assessing the modeling potential of the Rapid-Refresh Forecast System This is a screenshot of the RRFS Reflectivity, showing how the model can represent individual thunderstorms. (Image credit: Jonathan Douglas) Download Image January 7, 2026 My name is Jonathan Douglas, a Hollings scholar and senior studying meteorology at the University of Oklahoma. I have always been intrigued by severe weather, especially thunderstorms that produce damaging hail. While our forecasting capabilities for these types of severe weather have vastly improved over the past few decades, there are still weaknesses in modelling the location and intensity of severe hailstorms, reducing preparedness for these storms in areas that will be impacted. During my project, I assessed the skill of the Rapid-Refresh Forecast System (RRFS), a model currently in development at the Global Systems Lab (GSL) in Boulder, Colorado. My mentor Amanda Back and I assessed how well this model simulated strong thunderstorm updrafts and hail production compared to storms observed by weather radar using 154 hours of severe weather observations from this spring.  This is a screenshot of the RRFS Reflectivity, showing how the model can represent individual thunderstorms.(Image credit: Jonathan Douglas)Download Image From here, I looked at two different aspects of the model: First, I quantified how well the model generated storms at the right place and time compared to observations.Second, I compared the sizes of hail between the model and observations to determine whether simulated hail was larger or smaller than radar estimates. This helps show whether the model can be trusted for hail forecasting, or whether it needs improvement before its implementation.I found that while the RRFS model seems to do well with replicating the placement of storms at the right time, it struggles more than other existing models with storm strength. Storms from this model are shown to be smaller than other models and observations: they reach lower maximum heights, contain less water, and lack intensity. However, RRFS improved on representing hail growth, being the model with hail sizes closest to observations. Overall, I found this research to be very interesting and fulfilling, growing skills needed to continue meteorological research after I graduate. Jonathan Douglas, 2024 Hollings scholar Jonathan is a class of 2024 Hollings scholar and is studying meteorology at the University of Oklahoma. Education Office of Education Hollings Scholarship Scholar blog Internship line office: NOAA Research Science communication piece 2025 interns Project summary Takeover Tuesday 1 On
Top Stories Dec 30, 2025

The 2026 Marine Debris Calendar is now available!

The 2026 Marine Debris Calendar is now available! Download the 2026 Marine Debris Calendar on our website now! (Image credit: Aaliyah R. M., Grade 8, Puerto Rico) Download Image December 15, 2025 The NOAA Marine Debris Program is proud to announce that our 2026 Marine Debris Calendar is now available for download! Education 0 Off
Top Stories Dec 29, 2025

2025 Arctic Report Card released & Photo Contest winners announced

2025 Arctic Report Card released & Photo Contest winners announced This aerial image, captured at Salmon Creek near Pond Inlet, Nunavut, June 27, 2025, shows a modern camping site set beside the remnants of historical Inuit sod houses at Salmon Creek, near Pond Inlet. The stone outlines on the left of the photo mark where families once built seasonal dwellings, covered with skins and moss, and lived from late spring to early fall. Camps like these were placed at prime hunting locations, following the rhythm of animal resources and the landscape. In the present day, Mittimatalingmiut continue to return to these same places, maintaining their importance as sites of abundance, gathering, and continuity.The yellow tent visible in the photo reflects this link between past and present: camping today where ancestors lived generations ago. The seasonal retreat of sea ice in the background mirrors the same environmental cycles that have shaped subsistence practices for centuries. This photo falls into the theme of Traditional Subsistence Practices & Cultural Heritage. (Image credit: Vincent Denarié) Download Image December 16, 2025 On December 16, 2025, NOAA’s 20th Arctic Report Card was released at a press conference at the American Geophysical Union (AGU offsite link) Fall Meeting. NOAA Research Assistant Administrator and Acting Chief Scientist Steve Thur delivered opening remarks, followed by lead editor Matthew Druckenmiller, senior scientist at the National Snow and Ice Data Center in Boulder, Colorado. Panelists included authors Hannah-Marie Ladd, Gabriel Wolken, Abagael Pruitt, and Gerald “JJ” Frost who spoke about the transformations observed in the Arctic’s atmosphere, oceans, cryosphere, and tundra. Significant highlights include atlantification that is bringing warmer, saltier waters northward, borealization wherein species are expanding northward into Arctic ecosystems, and rusting rivers which are turning bright orange as thawing permafrost mobilizes iron and other metals. Across these changing landscapes, sustained observations and strong research partnerships, including those led by communities and Indigenous organizations, remain essential for understanding and adaptation.  Education 0 Off
Top Stories Dec 23, 2025

Polar-orbiting and Geostationary Satellites: Revolutionizing Earth Observations

Polar-orbiting and Geostationary Satellites: Revolutionizing Earth Observations NOAA Heritage Deep Dive:An in-depth look back at NOAA's polar-orbiting and geostationary satellites.This story was originally published on NOAA's 200th Anniversary website in 2007. NOAA Stands Sentinel May 2006 launch of GOES-13 aboard a Boeing Delta IV rocket at Cape Canaveral Air Force Station in Florida. This satellite keeps vigil for atmospheric "triggers" of severe weather and carries a solar x-ray imager.(Image credit: Carlton Bailie for Boeing) From the launch in 1960 of TIROS-I, the first weather satellite, to the latest geostationary operational environmental satellite launched in 2006, satellites have revolutionized NOAA’s ability to observe the earth, the atmosphere, the oceans, and space. Over that time, rockets built by the National Aeronautics and Space Administration and Department of Defense have launched nearly 50 NOAA satellites, providing the platforms for ever-improving sensing instruments that enable NOAA to stand sentinel over our nation and our planet.Satellites transformed physical and certain biological science observations by enabling humans to view the Earth from high above, giving us a better vantage point to see and understand environmental patterns and phenomena. Thanks to satellites, NOAA monitors from space such diverse phenomena as hurricanes, winds, ozone, and precipitation in the atmosphere; floods, ice, volcanic ash, and wildfire on land; sea surface temperature, surface currents, and chlorophyll in the ocean; and solar x-rays and energetic particles in space. Before satellites, none of this was possible at the scale, efficiency, and accuracy that satellites provide.Polar-orbiting Environmental Satellites An artist's rendition of a NOAA polar-orbiting satellite. These satellites circle the earth in a north-south orbit, passing close to both poles.(Image credit: Lockheed Martin) Two types make up NOAA's system of satellites: polar-orbiting environmental satellites and geostationary environmental satellites. Polar-orbiting satellites enable long-term monitoring of the entire Earth, tracking atmospheric variables such as temperature and providing atmospheric data and cloud images. Following a nearly circular path around the Earth, polar-orbiting satellites track atmospheric conditions that eventually affect the weather and climate of the United States. These satellites provide both visible and infrared images and monitor atmospheric components such as ozone. They transmit more than 16,000 global measurements daily by way of NOAA command and data acquisition stations to NOAA computers. These data add valuable information to forecasting models, especially for remote ocean areas that lack data gathered by conventional means. Polar-orbiting environmental satellite image of the central U.S. showing large prairie fires (small red blotches) and a large dust storm fanned by high winds(Image credit: NOAA)Download Image The newest polar orbiter is NOAA-18 launched in May 2005. This satellite is equipped with many advanced instruments, including the advanced microwave sounding units, the high-resolution infrared radiation sounder1 and the advanced very high-resolution radiometer2. These instruments take important measurements such as sea surface temperature, humidity, and other atmospheric measurements that characterize global weather. NOAA-18 instruments also provide visible and infrared images. These are useful in forecasting and tracking, including monitoring and predicting the path of severe storms and hurricanes.Geostationary Operational Environmental Satellites The U.S. normally operates two meteorological satellites in geostationary orbit over the equator. Each satellite views almost a third of the Earth's surface-one monitors North and South America and most of the Atlantic Ocean, the other North America and the Pacific Ocean.(Image credit: NOAA)Download Image Satellites in a geostationary orbit continuously point at one area of the Earth’s surface. They follow the Earth’s equator at a speed matching the Earth's rotation, allowing them to “hover” continuously over one position on the surface. This “geosynchronous” plane is about 35,800 km (22,300 miles) above the Earth, high enough to allow the satellites a full view of the Western Hemisphere.Because they stay above a fixed spot on the Earth’s surface, geostationary satellites constantly watch for the atmospheric triggers of severe weather conditions such as tornadoes, flash floods, hail storms, and hurricanes. When these conditions develop in the view of these satellites, they are able to monitor developing storms and track their movements. Color-enhanced and standard geostationary operational environmental satellite images of atmospheric water vapor. Color-enhanced imagery aids meteorologists to easily and quickly see features of special interest.(Image credit: NOAA)Download Image Geostationary satellites can also estimate rainfall during thunderstorms and hurricanes for flash flood warnings as well as snowfall accumulations and the overall extent of snow cover. Such data help meteorologists issue tornado, thunderstorm, flood, and winter storm warnings as well as spring snow melt advisories. Satellite sensors also detect ice fields and map the movements of sea and lake ice and monitor wind speed and direction at high altitudes to support aviation activities. These spacecraft are the “kings of continuous monitoring” necessary for intensive data analysis and weather forecasting. Their ability to monitor these events closely enables decision makers to plan ahead for conditions that may directly affect public safety, property, and ultimately, economic health and development.ConclusionWithout satellites, NOAA would continue to rely on the labor-intensive efforts of large numbers of people on the ground, at sea, and in the air to measure and observe earth, atmospheric, and oceanic phenomenon. Weather patterns would likely remain undetected in time for meaningful public safety warnings or they would remain little understood. The ability to monitor the Earth from satellites in space stands as one of the major breakthroughs in NOAA's storied 200-year history.1. A sounder is an instrument that provides data to determine the vertical temperature and moisture profile of the atmosphere, surface and cloud top temperatures, and ozone distribution.2. A radiometer is a radiation-detecting imager used for remotely determining cloud cover and the surface temperature. The term “surface” can mean the surface of the Earth, the upper surfaces of clouds, or the surface of a body of water. Satellites Heritage
Top Stories Dec 22, 2025

View the most compelling imagery NOAA satellites captured in 2025

View the most compelling imagery NOAA satellites captured in 2025 An image from NOAA's GOES-18 satellite of the Palisades Fire and Eaton Fire burning in Southern California on January 8, 2025. (Image credit: NOAA) Download Image December 22, 2025 Satellites satellite imagery and visualizations satellite images geostationary satellite (GOES) polar-orbiting satellite (POES) 0 Off
Top Stories Dec 18, 2025

Can drones be used to respond to oil spills?

(Image credit: U.S. Coast Guard) Download Image December 18, 2025 . Ocean & Coasts Climate-Ready Coasts research drones 0 Off

Integridad de Datos Meteorológicos

WeatherAxis agrega información de la Administración Nacional Oceánica y Atmosférica (NOAA) para brindarle la inteligencia ambiental más confiable y respaldada científicamente.

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