CARBON MONOXIDE EMISSIONS IN SUMMER 2010 IN THE CENTRAL PART
OF THE RUSSIAN PLAIN AND ESTIMATION OF THEIR UNCERTAINTIES
WITH THE USE OF DIFFERENT LANDCOVER MAPS
A. N. SAFRONOV, E. V. FOKEEVA, V. S. RAKITIN, L. N. YURGANOV, AND E. I. GRECHKO
s5
peat
GLC2000
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
s6
Moscow
s4
s3
Terra 07.08.2010
1:25000000
s1
s2
Moscow
0 250 500
1000
1500
2000
km
0
37.5 75
150
225
1:3000000
300
km
Fig. 1. The land cover map GLC2000 (SPOT4/VGN) Global v1.1 and peatland nearby megacity Moscow. The s1–s6 symbols
mark the major underground peat fires. The big rivers and reservoirs are shown in Fig. 1 additionally. The hotspots at August 7,
2010, obtained by MODIS/Terra, are presented on the tab.
IZVESTIYA, ATMOSPHERIC AND OCEANIC PHYSICS
Vol. 48
No. 9
2012
CARBON MONOXIDE EMISSIONS IN SUMMER 2010 IN THE CENTRAL PART
OF THE RUSSIAN PLAIN AND ESTIMATION OF THEIR UNCERTAINTIES
WITH THE USE OF DIFFERENT LANDCOVER MAPS
A. N. SAFRONOV, E. V. FOKEEVA, V. S. RAKITIN, L. N. YURGANOV, AND E. I. GRECHKO
MCD14ML Terra
01.08−09.08 2010
FRP, MW
0−50
51−100
101−150
151−200
201−250
251−500
501−1000
1001−3000
s1
Envisat MERIS210, lakes and rivers (2009).
1:300000
0 2 4
8
12 16
km
MCD45
01.08−09.08 2010
fire
s1
Envisat MERIS210, lakes and rivers (2009).
1:300000
0 2 4
8
12 16
km
Fig. 4. The details of peatland located nearby s1 model source are illustrated on GoogleEarth satellite photos. The dark squares indi
cate the peat mining. The drainage system is look like blue color lines between the dark squares. The water surface as map layer was
added according to Envisat/MERIS210 satellite data as of 2009 year status. The hotspot locations, which obtained during temporal
period from August 1 to August 9, 2010, by MODIS/Terra satellite data (MCD14ML, method AF), are displayed on Fig. 4a as points
with different colors, graduated by FRP values. The burned area locations, obtained by MODIS/Terra (MCD45, method BA) with
the same temporal period, were shown on Fig. 4b as red squares.
IZVESTIYA, ATMOSPHERIC AND OCEANIC PHYSICS
Vol. 48
No. 9
2012

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Prof. Martin Riese (CV) - Forschungszentrum Jülich