82
7.4.3.2 Regionalization Based on the Share of Peat Land
The above EDP values are useful in understanding the differences of environmental
impacts among provinces. However, the conversion of tropical peat land is not considered in the assessment. Thus, this subsection introduces the share of peat land in
each province into the assessment. CO 2 emissions from land transformation are
used as the criteria.
Fig. 7.4 Case study areas in Indonesia
Table 7.2 Ecosystem
damage potentials of oil palm
production in each region
(EDP/kg FFB)
Occupation
Transformation
Borneo
West Kalimantan
0.533
20.1
Central Kalimantan
0.518
19.6
South Kalimantan
0.486
18.3
East Kalimantan
0.598
22.6
Sumatra
Aceh
0.541
20.4
North Sumatra
0.390
14.7
Riau
0.432
16.3
West Sumatra
0.529
20.0
Jambi
0.509
19.2
Bengkulu
0.533
20.1
South Sumatra
0.515
19.4
Lampung
0.551
20.8
K. Hayashi
7.4.3.2 Regionalization Based on the Share of Peat Land
The above EDP values are useful in understanding the differences of environmental
impacts among provinces. However, the conversion of tropical peat land is not considered in the assessment. Thus, this subsection introduces the share of peat land in
each province into the assessment. CO 2 emissions from land transformation are
used as the criteria.
Fig. 7.4 Case study areas in Indonesia
Table 7.2 Ecosystem
damage potentials of oil palm
production in each region
(EDP/kg FFB)
Occupation
Transformation
Borneo
West Kalimantan
0.533
20.1
Central Kalimantan
0.518
19.6
South Kalimantan
0.486
18.3
East Kalimantan
0.598
22.6
Sumatra
Aceh
0.541
20.4
North Sumatra
0.390
14.7
Riau
0.432
16.3
West Sumatra
0.529
20.0
Jambi
0.509
19.2
Bengkulu
0.533
20.1
South Sumatra
0.515
19.4
Lampung
0.551
20.8
K. Hayashi