[180 Pages Report] Meteorological & Weather Forecasting Systems Market research report for Aerospace and Defense Industry categorizes global market by Weather System Types(Satellite,Broadcasting,Radars, Radiosonde), Application(Marine, Aviation, Military), Equipment (Barometer, Hygrometer, Anemometer) & by Geography

Dallas, TX -- (SBWire) -- 10/02/2014 --The key players profiled in this report are Lockheed Martin (U.S.), Vaisala (U.S.), Sutron Corporation (U.S.), SkyeInstruments (U.K.), Liquid Robotics Inc.(U.S.), Irdam Meteorological Instruments (Switzerland), Gill Instruments(U.K.) , Campbell Scientific (U.S.), All Weather Inc.(U.S.), Airmar Technology Corporation (U.S.), and Columbia Weather Systems (U.S.).

Browse 60 market tables and 33 figures spread through 180 page sand in-depth TOC on"Meteorological & Weather Forecasting Systems Market"

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Meteorological and weather forecasting systems are used in various sectors including air traffic control, marine, and military. This report provides a market analysis of the meteorological and weather forecasting systems market over the next six years (2014-2020). It discusses the industry, market, and technology trends currently prevalent in the market. It analyzes the factors that drive the market, challenges faced by the industry, and the factors that restrain the growth of this market. Weathagriculture, and therefore to traders within the commodity markets. Temperature forecasts are used by utility companies to estimate demand over coming days. Weather elements such as sea state, surface winds, tide levels, and sea surface temperature are important forecast for oceans. Weather forecast is also important for military services as they need to collect and integrate a vast amount of information about area of operation in a timely and secure manner to support decision making at all levels.

Weather forecasting involves prediction of atmospheric conditions at a specific time for the given location and time. Such forecasting systems require a combination of computer models, observations, and knowledge of historic weather trends and patterns. With the help of these methods, reasonable, and accurate forecasts of weather conditions can be predicted. Weather forecasting systems is used in air traffic control as these forecasts are important for safe landing and take-off. Automated weather stations are used at airports for collecting atmospheric data. Weather buoys are used for collecting weather and ocean data. They are used for providing aid during emergency response to chemical spills legal proceedings, and engineering design.

Growing concern for safety and security, increasing military demand for regular weather updates, increasing demand for air traffic control, and technological advancements in the field of meteorology are expected to drive this market in future. However, the fluctuation in the prices of equipment and high operational cost of weather systems are expected to become the restraining factors for this market.

The military operations are affected by factors such as lightning, strong winds, flooding, extreme temperatures, or thick fog. These factors can severely impact the ability to conduct peacetime operations in a safe and effective manner for military personnel. A good understanding of weather is very important to successfully execute military missions. Advanced weather forecasting systems such as automated weather station, weather radars, and weather satellite systems are more efficient in delivering regular weather updates to the military.

Weather forecasting involves prediction of atmospheric conditions at a specific time for the given location. Such forecasting systems require a combination of computer models, observations, and knowledge of historic weather trends and patterns. With the help of these methods, reasonable and accurate forecasts of weather conditions can be predicted.

Weather forecasting using a variety of instruments including thermometers for measuring temperature, barometers for measuring air pressure, rain gauge for measuring precipitation, and anemometer for measuring wind speed. Apart from these, weather satellites orbiting around the earth take snapshots of clouds to judge their movement. Weather radars are used for shooting radio signals into the clouds to determine rate of precipitation. These also ascertain its motion, and type; whether they are rain, snow, or hail clouds. Modern weather radars are mostly pulse-doppler radars that are capable of detecting the motion of rain droplets, in addition to the intensity of precipitation.

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Meteorological and weather forecasting system can be classified by type as broadcasting system, information system, satellite receiving system, weather radars, and weather stations. Weather stations consist of weather measuring instruments that collect weather data. In airports, automated weather stations are used and in oceans weather buoys are used for collecting atmospheric data.

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