The realm of satellites and orbits, covering topics such as Kepler's Laws, meteorological satellite orbits, the history of satellite remote sensing, and different types of orbits including geostationary and sun-synchronous orbits. Explore the significance of inclination angles, orbital speeds, and d

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The Solar-Terrestrial Centre of Excellence (STCE) focuses on ongoing activities and opportunities in the field of meteorology, with a special emphasis on Antarctica. Their annual meetings cover topics like water vapor feedback mechanisms, extreme weather events forecasting, cloud and precipitation s

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The Environment and Conservation Division (ECD) of the Ministry of Environment, Climate Change, Disaster Management, and Meteorology in the Solomon Islands focuses on sustainable environmental management, conservation, and protection of natural resources. The ECD's vision is to safeguard the environ

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Scientific irrigation scheduling plays a vital role in determining the correct timing and quantity of water application for crops to enhance yields efficiently while preserving soil quality. Various criteria are utilized in irrigation scheduling, such as potential evapotranspiration (PET) estimation

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Precipitation in meteorology is the result of atmospheric water vapor condensing and falling to Earth, a vital element of hydrology. It can occur in liquid or solid forms through processes like evaporation, cooling, condensation, and droplet growth. Different geographic and climate conditions impact

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Pollutants circulate in the troposphere following air movement patterns around low-pressure fronts and high-pressure systems. Anticyclones and cyclones play a crucial role in atmospheric stability and pollutant dispersion. The relationship between lapse rates determines air stability and pollutant d

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Significant modifications have been made to the HEC-HMS meteorologic model to enhance modeling tasks' ease and intuitiveness. The Met Model Restructure updates in versions 4.9 to 4.11 streamline meteorologic processes, introduce new features like automatic linkages and zonal editors for snowmelt, an

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Agrometeorology serves agriculture by aiding in land use, food production, and resource management. It plays a crucial role in strategic agricultural decisions, such as irrigation schemes, crop selection, and machinery use. Weather forecasts and climate patterns are key for effective planning, espec

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Exploring the relationship between physical climatology and agrometeorology, this branch of meteorology delves into the effects of weather and climate on agriculture. Through studying processes occurring from soil depths to atmospheric levels, agricultural meteorologists play a crucial role in ensur

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Discover the enchanting formations of clouds, from fluffy Cumulus to ominous Cumulonimbus. Learn about how clouds form, the unique attributes of Fog, Stratus, Nimbostratus, Cumulus, Cumulonimbus, and Cirrus clouds, and their impact on weather patterns. This informative presentation provides insight

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The pressure gradient force (PGF) causes air to move from high pressure to low pressure, with characteristics including direction from high to low, perpendicular to isobars, and strength proportional to isobar spacing. The Coriolis force influences wind direction due to the Earth's rotation, making

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This PowerPoint presentation provides real-time experimental lightning flash prediction based on initial conditions data from GFS and WRF models. The forecast covers Day 1 and Day 2 with detailed insights on 24-hour accumulated total lightning flash counts and 3-hourly accumulated total lightning fl

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Atmospheric thickness refers to the difference in geopotential height between two pressure surfaces, which is dependent on the mean virtual temperature of the layer in between. This concept plays a key role in determining temperature gradients, identifying fronts, and aiding in weather forecasting,

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Cutting-edge real-time lightning flash prediction model output for Day1 with 24-hour accumulated total lightning flash counts and 3-hourly accumulated total lightning flash counts overlaid with max reflectivity data. Stay tuned for Day2 forecast updates. Prepared by experts at the Indian Institute o

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Synoptic meteorology delves into various aspects of atmospheric sciences, encompassing scales of atmospheric motion, weather maps, air masses, fronts, jet streams, and more. Through the study of synoptic meteorology, meteorologists gain insights into interpreting the state of the troposphere and for

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This Real-time Experimental Lightning Flash Prediction Report presents a detailed analysis of lightning flash forecasts based on initial conditions. Prepared by a team at the Indian Institute of Tropical Meteorology, Ministry of Earth Sciences, India, the report includes data on accumulated total li

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Experimental lightning flash prediction based on initial conditions for Day 1, including total lightning flash counts and hourly accumulated data with maximum reflectivity overlays. Day 2 forecast updates coming soon. Prepared by the Indian Institute of Tropical Meteorology.

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Real-time lightning flash prediction report based on initial conditions. Prepared by a team at the Indian Institute of Tropical Meteorology, Ministry of Earth Sciences, India. Includes 24-hour accumulated total lightning flash counts data for Day1, along with 3-hourly accumulated total lightning fla

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The Gender Action Plan within the World Meteorological Organization (WMO) has evolved over the years to promote gender equality in meteorology, hydrology, and related sciences. Initially formulated in 2007, it was revised in 2015 and updated in subsequent years to include activities such as promotin

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Ryan Lueck, Alumni of the Month, shares his journey from undergraduate studies in meteorology to graduate school focusing on upward lightning phenomena. He provides insights into his experience in graduate school, his research on lightning, and offers valuable advice for those interested in pursuing

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Explore advanced tools and technologies for analyzing and visualizing meteorological data in regional weather services. From observational variables to forecast and ensemble models, learn about different plotting methods, interactive features, and map layers used in the field of meteorology. Enhance

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Visibility is a critical meteorological factor impacting flight operations, with various types such as horizontal, prevailing, vertical, slant, and flight visibility. Reduced visibility can be caused by lithometers, precipitation (rain, drizzle, snow), and fog. Snow squalls and streamers can also af

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This tutorial delves into the process of bias correction in weather forecasting, specifically focusing on methods to improve the accuracy of raw ensemble forecasts. It covers the computation of biases, post-processing techniques, and the application of average bias values to enhance the reliability

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Explore the methods for measuring rainfall, the importance of using rain gauges over volume measurements, and the concept of proportional relationships in this informative lesson on weather phenomena. Discover why meteorologists track rainfall in terms of height and how to conduct experiments to mea

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Dive into the course of Synoptic Meteorology offered at Mustansiriya University with topics covering atmospheric motion scales, weather maps, air masses, fronts, and jet streams. Learn how to analyze and interpret weather data through the study of high and low-pressure systems, jet streams, and more

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Integrating Earth Science with topics such as Geology, Meteorology, Oceanography, and Astronomy, while incorporating Fine Arts, Social Studies, Language & Literature, and other sciences and math disciplines. The curriculum delves into historical events like the eruption of Krakatoa, impacts on art s

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Fronts are boundary surfaces that separate air masses of different densities, leading to various meteorological phenomena. Cold fronts, warm fronts, occluded fronts, and stationary fronts impact weather patterns differently, affecting temperature, moisture levels, and wind direction. Understanding t

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Yuqing Wang from the Department of Meteorology at the University of Hawaii worked on evaluating and enhancing cloud and precipitation physics in the operational Hurricane Weather Research and Forecast (HWRF) model. The project aimed to improve hurricane intensity and structure predictions, focusing

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Model evaluation in meteorology involves verifying, hypothesizing, proving, and improving models through a systematic process. Factors such as error analysis, grid spacing, model resolution, domain size, computational errors, chaotic equations, and initial condition errors play critical roles in ass

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Air masses play a significant role in meteorology, covering vast areas with uniform physical properties. They are classified based on temperature, moisture content, and source regions, which can be continental or maritime. Air masses form in regions with little wind and can sit over an area for an e

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This document showcases various design principles and technologies used in the Trans-African Hydro-Meteorological Observatory project, aiming to enhance data collection in meteorology and hydrology for sustainable land monitoring. Key features include robust, low-cost, and self-calibrating systems t

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Meteorologists use a standardized global time, typically UTC, to exchange data globally. To convert UTC to local time, adjust based on your time zone's relation to the Greenwich Meridian. Examples provided for easy understanding.

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Explore the fascinating research findings on the interaction between fire dynamics and soil moisture content, as studied by scientists from the Max-Planck-Institute for Meteorology in Hamburg. Discover details on burned areas, carbon emissions, biomass consumption, fire impacts on vegetation, and mo

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Exploring Chapter 9 on air masses and fronts, this topic delves into the significance of air masses in influencing weather patterns. It explains how air masses develop specific characteristics based on their source regions, which can be warm and moist or warm and dry, depending on where they form. T

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Discover the journey of Daryl Herzmann, a meteorology expert from Iowa State University, as he shares his experiences working with NWS and creating tools like NWSChat. Explore the concept of "Dog and Pony Show," his achievements, and the purpose of his maps in understanding weather gradients.

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Wind is air in motion driven by the uneven heating of the Earth's surface. Learn about key concepts such as anemometers, isobars, pressure gradients, the Coriolis Effect, and jet streams, which all play crucial roles in meteorology. Winds are named based on their direction, and jet streams influence

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Meteorology enthusiasts can explore the concepts of frontogenesis and frontolysis, the evolution of cyclones, and the role of the Norwegian School Meteorologists in describing fronts. Dive into the mechanisms behind the formation and weakening of horizontal temperature gradients, the interaction bet

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Explore the concepts of lapse rates, stability determination, adiabatic processes, and cloud formation in meteorology. Learn how to calculate lapse rates, assess atmospheric stability, and predict cloud formation conditions based on temperature changes with altitude. Dive into real-world examples an

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This content discusses how pressure surfaces slope from low to high latitudes due to temperature changes, calculating the slope of pressure surfaces at different latitudes, determining wind speed based on slope, computing environmental lapse rates, and analyzing stability using dry and moist adiabat

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Upper atmosphere measurements above the surface are crucial for forecasting and research in meteorology. Radiosondes, carried by balloons, provide data on pressure, temperature, humidity, wind speed, and direction. These measurements are vital for analyses and research, especially in emergency situa

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