Desire for Greener Land
Desire for Greener Land
Desire for Greener Land
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Human Environment<br />
Mixed land per household<br />
(ha)<br />
10,000<br />
Implementation activities, inputs and costs<br />
Establishment activities<br />
1. Dyke construction<br />
2. Plantations<br />
3. Spillway construction<br />
Maintenance/recurrent activities<br />
1. Crop and trees maintenance<br />
2. Dyke and spillway maintenance<br />
3. Repairs<br />
4. Tillage (against soil sealing)<br />
SLM Technology: Jessour, Tunisia DESIRE – WOCAT 2012<br />
<strong>Land</strong> user: Individual and common small-scale land<br />
users, mainly men<br />
Population density: 10-50 persons/km 2<br />
Annual population growth: < 0.5%<br />
<strong>Land</strong> ownership: individual, not titled<br />
<strong>Land</strong> use rights: individual (the communal rule<br />
applies in this region: the farmer owns the terrace (the<br />
cropping area) and its impluvium from which the runoff<br />
is harvested).<br />
Water use rights: individual<br />
Relative level of wealth: average, which represents<br />
80% of land users; 75% of the total land area is owned<br />
by average land users<br />
Importance of off-farm income: > 50% of all<br />
income: the technology is very ancient and,<br />
there<strong>for</strong>e, all the farmers apply this technology.<br />
The only difference is the number of the owned<br />
Jessour. Off-farm incomes come from migration,<br />
construction works, commerce, tourism sector,<br />
administration or in<strong>for</strong>mal activities.<br />
Access to service and infrastructure: low:<br />
financial services; moderate: health, technical<br />
assistance, employment, market, energy, roads &<br />
transport, drinking water and sanitation; high:<br />
education<br />
Market orientation: subsistence (self-supply)<br />
Technical drawing<br />
Left: Cross-section of dyke (locally called tabia) and<br />
terrace (cropping area).<br />
The Jessour ensure the collection of both runoff<br />
water and sediments allowing creating very deep<br />
‘artificial’ soils (terrace) which <strong>for</strong>m a very good<br />
reservoir <strong>for</strong> water and nutrients to be used by fruit<br />
trees and annual crops.<br />
Right: The spillway allows the overflow to the other<br />
Jessour downstream. It also represents the symbol<br />
of water sharing equity between different farmers in<br />
the same watershed. (Drawing adapted from El<br />
Amami (1984)) (Ouessar M.)<br />
Establishment inputs and costs per one Jessour per year<br />
Inputs Costs (US$) % met by<br />
land user<br />
Labour 1200<br />
Construction material 1000<br />
Agricultural 800<br />
TOTAL 3000 100*<br />
Maintenance/recurrent inputs and costs per one Jessour per year<br />
Inputs Costs (US$) % met by<br />
land user<br />
Labour 400<br />
Construction material 300<br />
Agricultural 200<br />
TOTAL 900 100*<br />
Remarks:<br />
Found in inaccessible and even remote areas, labour is the most determining factors affecting the costs of this system. The local wage<br />
rate is 10 US$/day.<br />
* The technology establishment and maintenance costs met by the land users are 100% if executed on a private basis, but it can range<br />
from 10 to 50% when the site is subject to a publicly-funded programme.<br />
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