Desire for Greener Land
Desire for Greener Land
Desire for Greener Land
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No. of case studies<br />
Relative level of wealth<br />
9<br />
8<br />
7<br />
6<br />
5<br />
4<br />
3<br />
2<br />
1<br />
0<br />
Cropping<br />
management<br />
Water<br />
management<br />
Cross-slope<br />
barriers<br />
Grazing land<br />
management<br />
SLM technology groups<br />
Forest<br />
management<br />
very poor<br />
poor<br />
average<br />
rich<br />
very rich<br />
DESIRE - WOCAT 2012<br />
Figure 14: Relative level of wealth of the land users applying<br />
the SLM technology.<br />
No. of case studies<br />
Off-farm income<br />
9<br />
8<br />
7<br />
6<br />
5<br />
4<br />
3<br />
2<br />
1<br />
0<br />
Cropping<br />
management<br />
Water<br />
management<br />
Cross-slope<br />
barriers<br />
Grazing land<br />
management<br />
SLM technology groups<br />
less than 10% of all income<br />
10–50% of all income<br />
>50% of all income<br />
be even higher if access to it was facilitated. Out-migration<br />
might be one answer and is an issue observed in some of the<br />
sites (e.g. Portugal).<br />
Forest<br />
management<br />
DESIRE - WOCAT 2012<br />
Figure 15: Off-farm income of the land users applying the<br />
SLM technology.<br />
Analysis of assessed SLM technologies and approaches across DESIRE sites DESIRE – WOCAT 2012<br />
Production and socio-economic impacts<br />
Improved production can be observed <strong>for</strong> almost all of the<br />
technologies. This is important as it indicates that SLM technologies<br />
in general are successful in increasing production,<br />
and are, there<strong>for</strong>e, suitable to support increasing demands<br />
<strong>for</strong> food, fodder and other products. Depending on the land<br />
use type, the result is more crop yield increase, more fodder<br />
or animal production or more wood production. Cross-slope<br />
barriers seem to have the highest benefit in terms of production.<br />
Still, in each technology group there are one or two<br />
technologies with no increase in production, such as the two<br />
no tillage of olive (and almond) orchards in Spain and Greece.<br />
Their benefit is related to lower costs, rather than improved<br />
production, and a net increase in farm income is still achieved.<br />
Other technologies are not assessed regarding agricultural<br />
production increase (such as the biogas example). A third of<br />
all technologies reduce the risk of production failure, and<br />
these are mainly found in the water management group.<br />
Farm income is related, on the one hand, to the inputs (expenditures)<br />
needed to apply the technology and, on the other, to<br />
the increased production (see previous Figure 16). Increased<br />
farm income, generated from improved land management<br />
through the technology, was recorded in three-quarters of<br />
the cases (excluding <strong>for</strong>est management technologies, <strong>for</strong><br />
which this analysis is not applicable). Both cross slope barri-<br />
No. of case studies<br />
Increased production (crop yield, fodder, animal and wood)<br />
9<br />
8<br />
7<br />
6<br />
5<br />
4<br />
3<br />
2<br />
1<br />
0<br />
Cropping<br />
management<br />
Water<br />
management<br />
Cross-slope<br />
barriers<br />
Grazing land<br />
management<br />
SLM technology groups<br />
Forest<br />
management<br />
none / n.a.<br />
little<br />
medium<br />
high<br />
DESIRE - WOCAT 2012<br />
Figure 16: Increased production across the SLM technology<br />
groups.<br />
Spain, Gudrun Svhwilch Cape Verde, Hanspeter Liniger<br />
49