Atmospheric chemistry observational databases

<p>Over the last two centuries many environmental chemical observations have been made from a variety of ground-based, <a href="/facts/Aircraft/EhC4mBep">airborne</a>, and <a href="/facts/Orbital_spaceflight/xdzKmkvt">orbital</a> platforms and deposited in <a href="/facts/Databases/VYcpkevb">databases</a>.  Many of these <a href="/facts/Databases/VYcpkevb">databases</a> are publicly available. All of the instruments mentioned in this article give online public access to their data. These observations are critical in developing our understanding of the <a href="/facts/Earth%27s_atmosphere/FV97Am25">Earth's atmosphere</a> and issues such as <a href="/facts/Climate_change/rEN4BDE7">climate change</a>, <a href="/facts/Ozone_depletion/ssGWpcx3">ozone depletion</a> and <a href="/facts/Air_quality/zmk9Dy7S">air quality</a>. Some of the external links provide repositories of many of these datasets in one place. For example, the Cambridge Atmospheric Chemical Database, is a large <a href="/facts/Database/VYcpkevb">database</a> in a uniform <a href="/facts/ASCII/vGUI33Qu">ASCII</a> format. Each observation is augmented with the meteorological conditions such as the <a href="/facts/Temperature/QyGe4gmj">temperature</a>, <a href="/facts/Potential_temperature/nwTn25SC">potential temperature</a>, <a href="/facts/Geopotential_height/uPSKWF1G">geopotential height</a>, and equivalent <a href="/facts/Potential_vorticity/3HhfUE1C">PV</a> latitude.
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Atmospheric chemistry observational databases open-in-new

Atmospheric chemistry observational databases