ORIZABA

Location

lon / lat [deg]: -97.3242 / 19.1061

Source network: AERONET

Geostationary surface albedo (GSA) data

“+000”

“+057/+063”

Landcover information (based on ESA CCI landcover data)

Landcover fractions @ 2km distance

Landcover fractions @ 20 km distance

Legend

Distance to open water bodies [km]:	8.23
Distance to urban areas [km]:	7.95

Radius: 1 km

Number of landcover classes:	2
Dominant landcover type:	70: Tree cover, needleleaved, evergreen, closed to open (>15%)
Fraction of dominant landcover type [%]:	51.0

Radius: 2 km

Number of landcover classes:	3
Dominant landcover type:	70: Tree cover, needleleaved, evergreen, closed to open (>15%)
Fraction of dominant landcover type [%]:	54.0

Radius: 5 km

Number of landcover classes:	4
Dominant landcover type:	70: Tree cover, needleleaved, evergreen, closed to open (>15%)
Fraction of dominant landcover type [%]:	82.0

Radius: 10 km

Number of landcover classes:	7
Dominant landcover type:	70: Tree cover, needleleaved, evergreen, closed to open (>15%)
Fraction of dominant landcover type [%]:	63.0

Radius: 20 km

Number of landcover classes:	8
Dominant landcover type:	70: Tree cover, needleleaved, evergreen, closed to open (>15%)
Fraction of dominant landcover type [%]:	44.0

Disturbances

Heterogeneity analysis

The heterogeneity analysis provides information about the spatial and temporal heterogeneity of the site.

Topography

Roman et al. (2009) index
St	3.31242091888
Rcv	0.436222629192
Rse	0.0
Rst	-3.9464539658e-08
Rsv	-0.469459330542

Height range @ 1km [m]	483
Height range @ 2km [m]	553
Height range @ 5km [m]	911
Height range @ 10km [m]	-999
Height range @ 20km [m]	-999

Variance slope @ 1 km	8447
Variance slope @ 2 km	10261
Variance slope @ 5 km	17426
Variance slope @ 10 km	-999
Variance slope @ 20 km	-999

NDVI (max. NDVI composite)

Roman et al. (2009) index
St	nan
Rcv	nan
Rse	nan
Rst	nan
Rsv	nan

NDVI range @ 1km [-]	0.02
NDVI range @ 2km [-]	0.03
NDVI range @ 5km [-]	0.07
NDVI range @ 10km [-]	0.33
NDVI range @ 20km [-]	0.35

Variance slope @ 1 km	0.000388192086734
Variance slope @ 2 km	0.000688329150081
Variance slope @ 5 km	0.0010609696834
Variance slope @ 10 km	0.00116964307232
Variance slope @ 20 km	0.000701845170891

NDVI (min. NDVI composite)I

Roman et al. (2009) index
St	3.3094997457
Rcv	0.024016162108
Rse	0.0
Rst	-0.191438616746
Rsv	0.691026632392

NDVI range @ 1km [-]	0.05
NDVI range @ 2km [-]	0.09
NDVI range @ 5km [-]	0.13
NDVI range @ 10km [-]	0.32
NDVI range @ 20km [-]	0.43

NDVI slope @ 1 km	0.000426253191185
NDVI slope @ 2 km	0.000715943374716
NDVI slope @ 5 km	0.000907953807433
NDVI slope @ 10 km	0.000982613975594
NDVI slope @ 20 km	0.00105555521367

Temporal stability analysis

+000 deg (BHR)

BHR statistics

Temporal stability [1/decade]:

		abs	rel
Weighted least square:	None
Ordinary least square:	None

Probabilities that GCOS criteria is met:

Weighted least square:	None %
Ordinary least square:	None %

DHR statistics

Temporal stability [1/decade]:

		abs	rel
Weighted least square:	None
Ordinary least square:	None

Probabilities that GCOS criteria is met:

Weighted least square:	None %
Ordinary least square:	None %

+057/+063 deg (BHR)

BHR statistics

Temporal stability [1/decade]:

		abs	rel
Weighted least square:	None
Ordinary least square:	None

Probabilities that GCOS criteria is met:

Weighted least square:	None %
Ordinary least square:	None %

DHR statistics

Temporal stability [1/decade]:

		abs	rel
Weighted least square:	None
Ordinary least square:	None

Probabilities that GCOS criteria is met:

Weighted least square:	None %
Ordinary least square:	None %

Temporal anomaly analyis

The variance of the temporal anomalies provides an additional measure about the stability of the signal AFTER removal of the mean seasonal cylce.