GGCA Gender and Climate Change Training Manual - Women's ...
GGCA Gender and Climate Change Training Manual - Women's ...
GGCA Gender and Climate Change Training Manual - Women's ...
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A study of 19 countries in Africa <strong>and</strong> Asia found that traditional<br />
biomass fuels such as wood, charcoal <strong>and</strong> agricultural residues are usually<br />
managed by women <strong>and</strong> often represent a high proportion of national energy<br />
supplies. For example, in Mali, firewood <strong>and</strong> charcoal, used mostly for cooking,<br />
represent 80% of the country’s energy consumption <strong>and</strong> women spend more<br />
than one-third of their time collecting wood (Karlsson, 2008). Thus, identifying<br />
appropriate alternative energy sources is not only important for the environment;<br />
it is also key to reducing women’s workloads.<br />
Numerous energy solutions at the community level already exist,<br />
including improved cooking stoves, biogas, low-grade solar energy systems,<br />
micro-hydro power <strong>and</strong> wind energy. These have often not been widely<br />
disseminated or have been priced at levels that are too high for poor<br />
households. There is an urgent need for further work to be done on these<br />
technologies to make them affordable, adaptable <strong>and</strong> easily accessible<br />
for rural women. Sustainable energy development as a response to climate<br />
change is a yardstick for<br />
the socio-economic advancement<br />
of women (Makhabane,<br />
2002).<br />
Water resource use is<br />
another area that requires gender-sensitive<br />
mitigation strategies.<br />
Since women in developing<br />
countries usually bear primary<br />
responsibility for the collection<br />
of water for domestic purposes,<br />
technologies aimed at improving<br />
water-use efficiency should have<br />
a gender component. For example,<br />
if more efficient h<strong>and</strong> pumps<br />
or irrigation systems are being<br />
designed it should be considered<br />
whether they will be accessible<br />
<strong>and</strong> affordable for rural women.<br />
Since women are already key<br />
users of natural resources,<br />
they should be empowered<br />
to participate in wetl<strong>and</strong><br />
restoration as a means to<br />
improve water quality <strong>and</strong><br />
Box 4 Locally-based sustainable energy<br />
production<br />
In Ghana, GRATIS (the Ghana Regional<br />
Appropriate Technology Industrial Service)<br />
has promoted the production <strong>and</strong> use of<br />
jatropha oil to produce biodiesel in the West<br />
Mamprusi District. Women’s groups have<br />
been encouraged to establish <strong>and</strong> manage<br />
jatropha crops, harvest <strong>and</strong> process the<br />
seeds, <strong>and</strong> produce biodiesel, which they<br />
use for powering shea butter processing<br />
machines, grinding corn <strong>and</strong> in household<br />
lanterns (www.gratis-ghana.com). In Tanzania,<br />
KAKUTE Ltd (Kampuni ya Kusambaza<br />
Teknolojia) has supported the production of<br />
jatropha seeds for sustainable livelihoods <strong>and</strong><br />
rural bio-enterprises. KAKUTE trained several<br />
hundred people to farm jatropha as a cash<br />
crop on marginal l<strong>and</strong>s, working with villagebased<br />
women’s groups to produce seedlings<br />
<strong>and</strong> cuttings for planting. The oil extracted<br />
from the seeds is used in hurricane lamps<br />
<strong>and</strong> stoves provided by the project, but less<br />
expensive stoves are needed to make this<br />
use affordable (www.jatropha.de/tanzania/<br />
Kakute/kakute.htm).<br />
Source: Karlsson, 2008.<br />
decrease risks of flooding. Similarly, their input should be sought<br />
in the development of soil erosion strategies.<br />
187<br />
Module 6