Additional info:

The data are quality checked by a standardised method.

Climate Parameter Quality Check for site Pasto Abraham

Checking modules:

1. Does a value exist?
Quality flag is set to 
"d = missing"

2. Checking of site specific threshold value.
If the value is not inbetween the thresholds the quality flag is set to "c = out of range":
Air temperature in 2m max = 30
Air temperature in 2m min = 10
Air humidity max = 100
Air humidity min = 10

3. Checking the plausibility of air temperature and air humidity within the measurement intervals by comparing the previous and current values.
If the temperature amplitude is higher then 10°C and humidity amplitude is higher than 30% the plausibility of this variation is checked by comparing to the variation of the other parameter.  
The quality flag is set to "e = variation implausible".

4. Precipitation check
If precipitation is more than 25 mm then quality flag is set to "c = out of range"
If precipitation is more than 15 mm and air temperature increases more than 0.2 °C inbetween a temporal interval then quality flag is set to "e = variation impossible".

5. Relative air humidity values are corrected by a standarized method and quality flag is set to "m = manually corrected".

All other values are set to "a = valid".

Additional info:

Raw data, initial visual control only. Use data with great care, errors might be included.

Additional info:

The data are quality checked by a standardised method.

Climate Parameter Quality Check for site Cajanuma Refugio

Checking modules:

1. Does a value exist?
Quality flag is set to 
"d = missing"

2. Checking of site specific threshold value.
If the value is not inbetween the thresholds the quality flag is set to "c = out of range":
Windspeed max = 30
Global Radiation max = 1400
Soil temperature in 0cm depth max = 45
Soil temperature in 0cm depth min = 2
Soil temperature in 10cm depth max = 20
Soil temperature in 10cm depth min = 2
Soil temperature in 60cm depth max = 20
Soil temperature in 60cm depth min = 2
Air temperature in 2m max = 30
Air temperature in 2m min = 0
Air humidity max = 100
Air humidity min = 10

3. Checking the plausibility of air temperature and air humidity within the measurement intervals by comparing the previous and current values.
If the temperature amplitude is higher then 10°C and humidity amplitude is higher than 30% the plausibility of this variation is checked by comparing to the variation of the other parameter.  
The quality flag is set to "e = variation implausible".

4. Precipitation check
If precipitation is more than 25 mm then quality flag is set to "c = out of range"
If precipitation is more than 15 mm and air temperature increases more than 0.2 °C inbetween a temporal interval then quality flag is set to "e = variation impossible".

5. Wind direction is not quality checked and flag is set to "nqc = not quality checked"

All other values are set to "a = valid".

Additional info:

The data are quality checked by a standardised method.

Climate Parameter Quality Check for site Laipuna Top
Checking modules:

1. Does a value exist?
Quality flag is set to 
"d = missing"

2. Checking of site specific threshold value.
If the value is not inbetween the thresholds the quality flag is set to "c = out of range":
Windspeed max = 10
Global Radiation max = 1400
Air temperature in 2m max = 35
Air temperature in 2m min = 5
Air humidity max = 100
Air humidity min = 10

3. Checking the plausibility of air temperature and air humidity within the measurement intervals by comparing the previous and current values.
If the temperature amplitude is higher then 10°C and humidity amplitude is higher than 30% the plausibility of this variation is checked by comparing to the variation of the other parameter.  
The quality flag is set to "e = variation implausible".

4. Precipitation check
If precipitation is more than 40 mm then quality flag is set to "c = out of range"
If precipitation is more than 15 mm and air temperature increases more than 0.2 °C inbetween a temporal interval then quality flag is set to "e = variation impossible".

5. Relative air humidity values are corrected by a standarized method and quality flag is set to "m = manually corrected".

6. Wind direction is not quality checked and flag is set to "nqc = not quality checked"

All other values are set to "a = valid".

Additional info:

Raw data, initial visual control only. Use data with great care, errors might be included.

Additional info:

The generation of this maps is decsribed in the study:
Fries, A.; Rollenbeck, R.; Nauss, T.; Peters, T. & Bendix, J. (2012): Near surface air humidity in a megadiverse Andean mountain ecosystem of southern Ecuador and its regionalization.. Agricultural and Forest Meteorology 152, 17-30
DOI: http://dx.doi.org/doi:10.1016/j.agrformet.2011.08.004.

The used Temperatur Maps are available as a dataset here:
Fries A. (2011): Air temperature maps (monthly and annual averages of mean, min, max) based on observation data (1999-2009) and topography . Available online (http://www.tropicalmountainforest.org/data_pre.do?citid=1054) from DFG-FOR816dw.

Additional info:

Raw data, initial visual control only. Use data with great care, errors might be included.

Additional info:

Details of data processing are given in the attached Qualityassessment-Document

Additional info:

Additional info:

From Giessendb: Check coordinates

Positions of Sensors at Pinus
==================

Medio
———
Soil Moisture:
5cm 15cm 30cm 60cm

Suction plates:
10cm 30cm 60cm

Pressure: 
A -75 until -100hPa
B -475 until - 500 hPa

OL = L1 PA (oben links --> top left)
OR = L1 PB
RU = L2 PA
RO = L2 PB (rechts oben --> top right)
LU = L3 PA
LO = L3 PB