Add to ORKGWe have analysed 20 years of data from 13 GPS sites in Sweden and Finland, using two different elevation cut-off angles, 10\ub0 and 25\ub0, to estimate the atmospheric integrated water vapour (IWV). Then we estimated the linear long-term trends of IWV which were compared to the corresponding trends from the radiosonde data at 7 nearby
Water vapour is an important green-house gas. Accurate measurements of water vapour in the atmospher...
We assess the possibility to validate time series of the atmospheric integrated water vapour (IWV) f...
Water vapour in the atmosphere is not only a strong greenhouse gas, but also affects many atmospheri...
We used 14 years of data from 12 GPS sites in Sweden and Finland to estimate trends in the atmospher...
We have processed 14 years of observations acquiredfrom 33 GPS sites in Sweden and Finland. Estimate...
We present long term trends in the amount of atmospheric water vapor at the Swedish West Coast deriv...
We have used 10 years of ground-based data from the Global Positioning System (GPS) to estimate time...
We present long term trends in the amount of atmospheric water vapor at the Swedish West Coast. Thes...
We have analysed 17 years of GPS data from 123 sitesin Europe and obtained time series of the amount...
Atmospheric water vapor is important for the Earth’s energy balance due to its ability of absorbing ...
The vital role of water vapour in the Earth’s climate system requires measurements of the atmospheri...
Signals at radio frequencies are distorted while travelling from a constellation of GPS satellites t...
International audienceA high-quality, consistent, global, long-term dataset of integrated water vapo...
The atmospheric humidity in the Polar Regions is an important factor for the global budget of water ...
Water vapour plays a dominant role in the climate change debate. However, observing water vapour ove...
Water vapour is an important green-house gas. Accurate measurements of water vapour in the atmospher...
We assess the possibility to validate time series of the atmospheric integrated water vapour (IWV) f...
Water vapour in the atmosphere is not only a strong greenhouse gas, but also affects many atmospheri...
We used 14 years of data from 12 GPS sites in Sweden and Finland to estimate trends in the atmospher...
We have processed 14 years of observations acquiredfrom 33 GPS sites in Sweden and Finland. Estimate...
We present long term trends in the amount of atmospheric water vapor at the Swedish West Coast deriv...
We have used 10 years of ground-based data from the Global Positioning System (GPS) to estimate time...
We present long term trends in the amount of atmospheric water vapor at the Swedish West Coast. Thes...
We have analysed 17 years of GPS data from 123 sitesin Europe and obtained time series of the amount...
Atmospheric water vapor is important for the Earth’s energy balance due to its ability of absorbing ...
The vital role of water vapour in the Earth’s climate system requires measurements of the atmospheri...
Signals at radio frequencies are distorted while travelling from a constellation of GPS satellites t...
International audienceA high-quality, consistent, global, long-term dataset of integrated water vapo...
The atmospheric humidity in the Polar Regions is an important factor for the global budget of water ...
Water vapour plays a dominant role in the climate change debate. However, observing water vapour ove...
Water vapour is an important green-house gas. Accurate measurements of water vapour in the atmospher...
We assess the possibility to validate time series of the atmospheric integrated water vapour (IWV) f...
Water vapour in the atmosphere is not only a strong greenhouse gas, but also affects many atmospheri...