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Influence of Transmigration on Sustainable Agriculture in Southeast Sulawesi, Indonesia. Haposan Saragih*, Hitoshi Okuhira*, and Shigeru Yoshida** *The United Graduate School of Agricultural Sciences, Kagoshima University -Japan ; ** Faculty of Agriculture, University of the Ryukyus-Japan

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influence of transmigration on sustainable agriculture in southeast sulawesi indonesia
Influence of Transmigration on Sustainable Agriculture in Southeast Sulawesi, Indonesia

Haposan Saragih*, Hitoshi Okuhira*, and Shigeru Yoshida**

*The United Graduate School of Agricultural Sciences, Kagoshima University-Japan;

** Faculty of Agriculture, University of the Ryukyus-Japan

Contents

  • I.                   Introduction
  • II.Methodology                
  • III.             Result and Discussion
  • Ⅳ.Conclusions and Suggestion
slide2

Land

Agricultural Production

Agricultural Labor

Population

slide3

Agricultural

Non-agricultural

Land use sector

Agriculturalproductionsector

Technology level

Live quality condition

Social condition

Population sector

Agricultural labor sector

Figure 5. Flow chart model

slide4

Land use sector

Agricultural production sector

Population level

Increasing population inflow rate

Declining population outflow rate

Land development attractiveness for migration multiplier

Attractiveness for migration multiplier

Declining natural population rate

Land use sector

Agricultural production sector

Population growth inflow factor

Natural population growth rate

Level variable

(Stock)

Sub-system

Multiplier table

Rate variable

(Flow)

Land area feasible use ratio

Constant

(Parameter)

Source and sink

Flow information

Figure 11. Population sector

slide5

Land area feasible development ratio

Agricultural land development feasible acquisition multiplier

Population sector

Agricultural production sector

Agricultural development level attractiveness multiplier

Agricultural land area

Increasing agricultural land use rate

Declining agricultural land rate

Devastating land rate

Potential land development rate

Population sector

Non-agricultural land area sector

Agricultural production sector

Land area feasible use

Maximum land area feasible use

Non-agricultural land area sector

Figure 12. Land use sector

slide6

Agricultural population production rate

Agricultural land sector

Population sector

Land productivity

Agricultural production demand multiplier

Declining soil fertility multiplier

Agricultural production level

Declining agricultural production rate

Increasing agricultural production rate

Effectiveness population density multiplier

Agricultural labor sector

Figure 13. Agricultural production sector

slide7

Agricultural production sector

Agricultural labor ratio

Population sector

Total labor

Intensity extension attractiveness multiplier

Population labor sector

Agricultural labor level

Increasing agricultural labor rate

Declining agricultural labor rate

Increasing agricultural labor ratio

Agricultural labor productivity

Capital stock multiplier

Figure 14. Agricultural labor sector