Atmospheric ozone columns are derived from historic stellar spectra observed between 1935 and 1942 at Mount Wilson Observatory, California. Comparisons with contemporary measurements in the Arosa database show a generally close correspondence, while a similar comparison with more sparse data from Table Mountain reveals a difference of 3c15-20%, as has also been found by other researches of the latter data. The results of the analysis indicate that astronomy's archives command considerable potential for investigating the natural levels of ozone and its variability during the decades prior to anthropogenic interference.Peer reviewed: YesNRC publication: Ye
Deposited with permission of the author. © Dr. A. Barrie PittockIn 1845 Schönbein proposed that ozon...
The development of research on atmospheric ozone at Oxford is traced from the year 1922, when one si...
International audienceThe knowledge of historical ozone in the upper troposphere/lower stratosphere ...
Atmospheric ozone columns are derived from historic stellar spectra observed between 1935 and 1942 a...
International audienceAtmospheric ozone columns are derived from historic stellar spectra observed b...
Tropospheric ozone is a greenhouse gas, a key component of atmospheric chemistry, and is detrimental...
Total column ozone has been monitored for almost a century. The focus of most research studies over ...
Total column ozone has been monitored for almost a century. The focus of most research studies over ...
Total column ozone has been monitored for almost a century. The focus of most research studies over ...
From the earliest observations of ozone in the lower atmosphere in the 19th century, both measuremen...
This thesis examines the feasibility of a technique to extract ozone column depths from photographic...
Visible spectra of the zenith-sky were recorded at Faraday in Antartica (65°S) during 1990. Line-of-...
We present a vertically resolved zonal mean monthly mean global ozone data set spanning the period 1...
<p>Climatic Observatory (LKO) in Arosa (Switzerland), marking the beginning of the world's longest ...
The Tropospheric Ozone Assessment Report (TOAR), is an Activity of the International Global Atmosphe...
Deposited with permission of the author. © Dr. A. Barrie PittockIn 1845 Schönbein proposed that ozon...
The development of research on atmospheric ozone at Oxford is traced from the year 1922, when one si...
International audienceThe knowledge of historical ozone in the upper troposphere/lower stratosphere ...
Atmospheric ozone columns are derived from historic stellar spectra observed between 1935 and 1942 a...
International audienceAtmospheric ozone columns are derived from historic stellar spectra observed b...
Tropospheric ozone is a greenhouse gas, a key component of atmospheric chemistry, and is detrimental...
Total column ozone has been monitored for almost a century. The focus of most research studies over ...
Total column ozone has been monitored for almost a century. The focus of most research studies over ...
Total column ozone has been monitored for almost a century. The focus of most research studies over ...
From the earliest observations of ozone in the lower atmosphere in the 19th century, both measuremen...
This thesis examines the feasibility of a technique to extract ozone column depths from photographic...
Visible spectra of the zenith-sky were recorded at Faraday in Antartica (65°S) during 1990. Line-of-...
We present a vertically resolved zonal mean monthly mean global ozone data set spanning the period 1...
<p>Climatic Observatory (LKO) in Arosa (Switzerland), marking the beginning of the world's longest ...
The Tropospheric Ozone Assessment Report (TOAR), is an Activity of the International Global Atmosphe...
Deposited with permission of the author. © Dr. A. Barrie PittockIn 1845 Schönbein proposed that ozon...
The development of research on atmospheric ozone at Oxford is traced from the year 1922, when one si...
International audienceThe knowledge of historical ozone in the upper troposphere/lower stratosphere ...