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The Climate Data Analysis Tool (CDAT) is plotting software used in atmospheric sciences and climatology. CDAT is a software used in atmospheric sciences and climatology to display meteorological fields such as pressure, temperature, or wind speeds. It allows to read gridded meteorological data in different formats such as netCDF or GRIB and ...
The climate from June to September is marked by hot, wet weather brought by tropical airflows from the Pacific Ocean and Southeast Asia. [1] These air flows are full of moisture and deposit substantial amounts of rain when they reach land. [1] There is a marked rainy season, beginning in early June and continuing for about a month. [1]
Since the establishment of the first weather station in Hakodate in 1872, Japan has recorded temperature changes across the country. According to the data provided by Japan Meteorological Agency, the maximum recorded temperature in Japan was 41.1°C in Hamamatsu on August 17, 2020, and Kumagaya on July, 23, 2018, while the minimum recorded temperature was −41.0 °C (−41.8 °F) in Asahikawa ...
An atmospheric reanalysis (also: meteorological reanalysis and climate reanalysis) is a meteorological and climate data assimilation project which aims to assimilate historical atmospheric observational data spanning an extended period, using a single consistent assimilation (or "analysis") scheme throughout.
Iriomote has a tropical rainforest climate (Köppen climate classification Af). The average yearly temperature is 23.9 °C (75.0 °F), and the average monthly temperature ranges from 18.5 °C (65.3 °F) in January to 28.9 °C (84.0 °F) in July. Iriomote has a typhoon season that, on average, runs from June to September.
The Mahoney Tables (Evans, 1999; Evans, 2001) proposed a climate analysis sequence that starts with the basic and widely available monthly climatic data of temperature, humidity and rainfall, such as that found in HMSO (1958) and Pearce and Smith (1990), or data published by national meteorological services, for example SMN (1995).
The data is stored in GRIB format. The reanalysis was done in an effort to improve the accuracy of historical weather maps and aid in a more detailed analysis of various weather systems through a period that was severely lacking in computerized data.
Out of the global GHG emissions, Japan is responsible for 2.6%. The average rate of CO 2 emissions per person in Japan is almost double the global average. [3] Emissions have been slightly reduced since 2013 and the net zero emissions are set by 2050. [3] Japan is one of the largest greenhouse gas polluters, both nationally and per person. [4]