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IssuE 8 – ApRIl – JuNE 2011 - Winrock International India

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field experience<br />

NPV (€/ha)<br />

2000<br />

1500<br />

profits from the<br />

sale of fodder and<br />

fuelwood.<br />

1000<br />

Benefits final harvest Furthermore, the<br />

Benefits annual harvest study found that<br />

500<br />

Benefits fodder<br />

(agro-)forestry<br />

Agro-chemicals/fertilizers plantations can<br />

help regenerate<br />

0<br />

Intercrop establishment<br />

alkaline soils for<br />

Costs final harvest<br />

conventional<br />

-500<br />

Costs annual harvest<br />

rice and wheat<br />

Plantation maintenance<br />

production. Soil<br />

-1000<br />

Plantation establishment regeneration can<br />

-1500<br />

Other costs<br />

increase the NPV<br />

strongly but the<br />

Gudha Kohand Nain Sutana<br />

actual increase<br />

Figure 5. Cost/benefit breakdown of the four case study plantations (source: Stille et al, <strong>2011</strong>)<br />

depends on the<br />

method used to<br />

plantation in Gudha is higher than of<br />

the baseline land use. The highest NPV<br />

is observed in Gudha, which is due<br />

to the high economic value of the tree<br />

species Acacia nilotica and Eucalyptus<br />

tereticornis and the fodder crop<br />

Leptochloa fusca. In Nain and Sutana<br />

Prosopis juliflora trees were planted at<br />

a higher density compared to Gudha<br />

and Kohand, which resulted in a<br />

higher productivity, but also higher<br />

establishment and maintenance costs.<br />

The net result in these cases is a NPV<br />

quantify the value of soil regeneration.<br />

The results also indicate that the<br />

production of fuelwood, timber and<br />

charcoal from wood from (agro-)<br />

forestry plantations on salt-affected<br />

soils is competitive with existing<br />

production chains. The results of this<br />

Furthermore, the<br />

lower than at Gudha.<br />

study show the need and benefits of<br />

optimizing the economic performance<br />

study found that<br />

(agro-)forestry<br />

The cost of production is calculated<br />

and compared to the market prices<br />

of (agro-)forestry plantations as part<br />

of current and future policies by, for<br />

of fuelwood, timber and charcoal. example, subsidizing (parts of the)<br />

plantations can<br />

Despite the low market value of<br />

establishment costs and creating a<br />

help regenerate<br />

Prosopis juliflora the COP of the<br />

mechanism by which soil regeneration<br />

alkaline soils for<br />

fuelwood and charcoal chains of Nain is rewarded.<br />

and Sutana are well below current<br />

conventional<br />

market prices. The production of Further details about this study can be<br />

rice and wheat<br />

fuelwood and charcoal is especially found at the following source:<br />

production. Soil<br />

regeneration can<br />

attractive in the case of Gudha and<br />

Kohand, mainly because of the low Stille, L., Smeets, E., Wicke, B., Singh,<br />

feedstock costs.<br />

R.K., Singh, G., accepted <strong>2011</strong>. The<br />

increase the NPV<br />

economic performance of four (agro-)<br />

strongly but the<br />

The COP of timber in Kohand, Nain forestry systems on sodic soils in<br />

actual increase<br />

and Sutana are higher than the<br />

Haryana, <strong>India</strong>. Energy for Sustainable<br />

market prices, but lower in Gudha. Development.<br />

depends on the<br />

It is important to note that the costs<br />

method used to<br />

of timber would be much lower (and<br />

Courtesy: Leon Christian Stille,<br />

quantify the value of well below market prices), when the Project Engineer Sustainable Energy,<br />

COP would be based on the total<br />

USG Innotiv<br />

soil regeneration.<br />

Email: leonmailz@gmail.com<br />

costs of the plantation, minus the<br />

April-June <strong>2011</strong><br />

33

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