ICARDA annual report 2004
ICARDA annual report 2004
ICARDA annual report 2004
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<strong>ICARDA</strong> Annual Report <strong>2004</strong><br />
38<br />
Developing these kinds of community-based<br />
practices requires a<br />
good understanding of local institutions,<br />
rangeland use, land degradation,<br />
and the interactions among<br />
these factors. Researchers also need<br />
to gauge local people’s knowledge<br />
and views. In <strong>2004</strong>, <strong>ICARDA</strong> and<br />
Syrian national program<br />
researchers conducted a rapid<br />
socioecological survey of the<br />
resources of 11 Syrian steppe communities<br />
by interviewing their<br />
leaders. In total, these communities<br />
comprised 615 households. The<br />
findings are being used to explore<br />
socially appropriate options for<br />
cooperative rotational grazing.<br />
Researchers quantified the numbers<br />
of livestock and households in<br />
each community, and the amount of<br />
rangeland each village controlled<br />
(Table 9). On average, between 1999<br />
and 2003, 58% of households used<br />
the range to graze livestock, and animals<br />
spent eight months per year on<br />
the range. However, rangeland-grazing<br />
times varied considerably during<br />
this period, from 2 to 12 months,<br />
depending on rainfall and the community<br />
surveyed. Most time was<br />
spent on the range in 2003, when<br />
grazing was relatively good.<br />
The project also assessed communities’<br />
perceptions of the effects<br />
of grazing. Most felt that poor plant<br />
growth (short and weak plants)<br />
was due to continuous grazing.<br />
However, all felt that native plants<br />
would recover from overgrazing<br />
during a good rainy season.<br />
According to the communities,<br />
most of their rangelands had<br />
degraded over the past 20 years as<br />
a result of heavy grazing.<br />
All households in each community<br />
were represented in a livestock-breeding<br />
and rangelandimprovement<br />
cooperative. All communities<br />
were aware of the boundaries<br />
of their land and there were<br />
no inter-community boundary disputes.<br />
When researchers suggested<br />
rotational grazing as a means to<br />
control degradation, one community<br />
indicated that it did not have<br />
enough rangeland to implement<br />
rotational grazing. The other 10<br />
said that they could subdivide their<br />
rangeland and graze it in rotation,<br />
but only if they were provided with<br />
either supplementary feed or<br />
guards.<br />
Researchers worked with community<br />
leaders and shepherds to<br />
assess rangeland conditions at 17<br />
sites. Previously cultivated areas<br />
were not evaluated, as they were<br />
severely degraded and will not be<br />
suitable for rotational grazing until<br />
forage plants have been restored.<br />
According to the communities, 14<br />
of the sites were best grazed in<br />
spring, because they were dominated<br />
by <strong>annual</strong> plants that disappear<br />
in summer, and three could be<br />
grazed in summer. Communities<br />
named two sites that were best<br />
used in winter and autumn because<br />
these were dominated by the<br />
perennial shrub Artemisia spp.<br />
The value of the forage available<br />
per site in the 2003/04 growing<br />
season was assessed based on total<br />
plant biomass and the number of<br />
palatable plant species. Sixty percent<br />
of the sites had a low forage<br />
value, 35% a medium value, and<br />
only 6% (a shrub plantation) a high<br />
value. Shepherds estimated that 30-<br />
50% of the vegetation available<br />
could be used as forage in a typical<br />
year. Of the 34 major plant species<br />
identified, 50% provided good forage,<br />
while 32% were poor forage.<br />
Fourteen percent had no value, 6%<br />
had medicinal value, 6% could be<br />
used as human food, and 6% as<br />
fuel. Most of the species used for<br />
Table 9. Rangeland area, household and livestock numbers, time spent grazing on the range, and degradation index, in 11 communities<br />
in the Syrian steppe: results of a survey conducted in 2003/04 to assess the feasibility of cooperative rotational grazing.<br />
Previously<br />
No. of<br />
months<br />
No. of Rangeland area (ha) cropped No. of grazed on Stocking Degrad-<br />
Community<br />
households<br />
Not<br />
improved<br />
Previously<br />
Rested Replanted cropped Total<br />
area<br />
(% of total)<br />
livestock<br />
range<br />
(2003/04)<br />
rate ation<br />
(2003/04) ‡ index†<br />
Bir Zedan 100 23000 5000 100 7000 35100 19.9 40000 12 13.7 2.8<br />
Al Khashabieh 70 3000 3250 0 15400 24000 64.2 16000 12 8.0 2.8<br />
Al Tahamiz 50 10000 0 0 2000 12000 16.7 5000 12 5.0 2.3<br />
Shikh Hilal 100 3000 0 0 7000 10000 70.0 450 7 0.3 1.9<br />
Kherbet Hachem 40 7000 100 100 150 7350 2.0 3400 8 3.7 2.9<br />
Al Haddaj 50 4000 300 0 2700 7000 38.6 10000 12 17.1 2.4<br />
Abou AlAllaj 60 3500 0 0 3000 6500 46.2 7000 5 5.4 2.4<br />
Abou Mial 25 2000 500 1500 2000 6000 33.3 1600 3 0.8 3.6<br />
Al Ksair 10 2150 150 1700 300 4300 7.0 2500 12 7.0 2.3<br />
Hwayet Aldibeh 90 100 250 850 1200 2400 50.0 9000 12 45.0 1.8<br />
Al Alia 20 1100 100 0 500 1700 29.4 2500 12 17.6 2.2<br />
TOTAL 615 58850 9650 4250 41250 116350 97450<br />
AVERAGE 56 5350 877 386 3750 10577 34.3 8859 10 11.2 2.5<br />
‡ Stocking rate, expressed per hectare, i.e., the total number of sheep x number of months grazed, divided by land area.<br />
† Assessed using a scale of 1-5, where 1 = lowest level of degradation and 5 = highest.