5
Natural resources
Operationalmeteorological stations
in Andalusia 2013
Almeria
Cadiz
Cordoba
Granada
Huelva
Jaen
Malaga
Seville
0
30
60
90
120 150
AEMet automatic stations AEMetmain stations
AEMet’s secondary stations
RIA
RAIF
EARM
SIVA
SN
AEMet: SpanishMeteorological Agency;
RIA: Agroclimatic InformationNetwork;
RAIF: Phytosanitary informationandalert network;
SIVA: Surveillance of Air QualityNetwork;
EARM: Support network for the INFOCAPlan;
SN: SierraNevada StationNetwork.
85
79
112
138
122
123
138
132
Total
929
5.7˚C
2.9˚C
2˚C
2.2
-2.4
-3.7
Globalwarming indexmeasured
at reference stations in Andalusia, 1916-2013
6
4
2
0
−2
−4
1916
2013
1920 1930 1940 1950 1960 1970 1980 1990 2000 2010
Jerezde la Fra.
Cordoba
Granada
Comparison of the Evolution of Greenhouse Gases (GHG)
between Spain and Andalusia
[7]
Andalusia (ktCOeq)
(1)
Spain (ktCOeq)
(1)
Andalusiaper inhabitant (tCOeq/inhab)
Spainper inhabitant (tCOeq/inhab)
Industrial Sector inAndalusia (ktCOeq)
(2)
Diffuse Sector inAndalusia (ktCOeq)
2010
54,323
348,641
6.49
7.41
23,543
30,780
2009
55,485
362,713
6.68
7.76
25,645
29,840
2005
65,158
432,834
8.30
9.81
32,346
32,812
1990
36,466
282,789
5.25
7.27
--
--
2011
53,762
350,484
6.38
7.43
23,999
29,763
(1) Gross emissions data, without subtracting carbon sinks. (2) Industrial sector refers to facilities of the
EuropeanUnion Emissions Trading System (EU ETS). Cellswithno dataavailable are set as: “--”.
Climate scenarios in Andalusia: foreseen variations for the 2041-2070 periodwith regard tohistorical series
A1B
A2
B1
A1B
A2
B1
Rainfall
(%)
Temperature
(˚C)
TheA1B scenariodescribes aworld characterisedbya fast economic growth, basedon thebalanceduse of different energy sources and inwhich regions progressively
converge. TheA2 scenariodescribes amoreheterogeneousworld characterisedby selfsufficiencyandby thepreservationof local identities. TheB1 scenariodescribes a
convergingworld that advances towards economic, social and environmental sustainability,without additional climate-related measures.
› +30
+20
–
+30
+15
–
+20
+10
–
+15
+5
–
+10
+5
–
0
0
–
−5
−5
–
−10
−10
–
−15
−15
–
−20
−20
–
−30
‹ −30
+7
+6
+5
+4
+3
+2
+1 0
