Technical Note: New trends in column-integrated atmospheric water vapor – Method to harmonize and match long-term records from the FTIR network to radiosonde characteristics

The objectives of this study are (1) to evaluate the temporal pattern of long term and seasonal trends in stream chemical parameters and surface water [DOC] in three

This longitudinal effect (earlier revealed by Bremer) needs further analysis as significant negative trends observed at some western European stations are not explained within

need to help people return home sustainably, to ensure that all in need are supported appropriately, and to ensure that the displaced are secure – should enable those who work with

We expect di ff erences to be associated with (i) the di ff erent vertical sensitivity of the two sensors, (ii) with the a priori assumptions, (iii) the auxiliary data (e.g.

Effect of dropping individual micro windows using data from 3 test sites with strongly differing humidity levels; impact on information content (dofs), interference errors, and

from Large Sites), to infer long-term records of past land-cover from pollen data, (3) to present a new project (LANDCLIM: LAND cover – CLIMate interactions in NW Europe during

Mapping QTLs to higher resolution re- quires the time and resources to produce congenic lines that carry a limited interval of the high (or low) risk donor strain’s genome on

The wetPrf water vapor pressure was much smaller com- pared to radiosonde in the layers above 200 hPa. Figure 3 shows the mean water vapor pressure profile of wetPrf, back- ground