Water Reservoir
Farm ponds are constructed
for storage of water in the farmers’ field during rainy season from canals,
bore wells, rainfall etc., and to provide life saving irrigation to the crops
or orchards during peak / critical stages of summer to save the plants/crops
from drying up. These are constructed by excavating the soil and depositing the
earth on the banks to form bund. The HDPE geo-membrane sheet lining is laid in
the excavated pond to arrest seepage and infiltration losses.
Purpose: The purpose of the project
booklets is to raise awareness and provide decision support information about the strategies that need to be emphasized
Dry land areas may be characterized by the following
features:
1. Uncertain, rainfall-.distributed and limited annual
rainfall;
2. Occurrence of extensive climatic hazards like drought,
flood etc;
3. Undulating soil surface;
4. Occurrence of extensive and large holdings;
5. Practice of extensive agriculture i.e. prevalence of
mono-cropping etc;
6. Relatively large size of fields;
7. Similarity in types of crops raised by almost all the
farmers of a particular region;
8. Very low crop yield;
9. Poor market facility for the produce;
10.Poor economy of the farmers; and
11.Poor health of cattle as well as farmers.
The
major problem which the farmers have to face very often is to keep the crop
plants alive and to get some economic returns from the crop production. But
this single problem is influenced by several factors, The rains are very
erratic, uncertain and unevenly distributed. Therefore, the agriculture in
these areas has become a sort of gamble with the nature and very often the
crops have to face climatic hazards. The farmers also take up farming
halfheartedly as they are not sure of being able to harvest the crops. Thus,
water scarcity becomes a serious bottleneck in dry land agriculture. In dry
farming all the farmers grow similar crops which are drought resistant. These
crops mature at the same time and the growers like to dispose off their
products soon after the harvest. This results in a glut of products in the
market and the situation is badly exploited by the
grain traders and middlemen. Therefore, marketing becomes a serious problem in
dry farming areas. Only drought resistant crops namely oilseeds, pulses and
coarse grains like jowar, bajra, millets etc. can be grown in dry land areas.
Thus, the farmers have to purchase other food grains and household commodities
that unbalance their economic position.
According to
characteristics of dry farming, either there will be no rain at all or there
will be torrential rain with very high intensity. Thus, in the former case the
crops will have to suffer a severe drought and in the latter case they suffer
either flood or water logging and they will be spoilt In case of very heavy
downpour, the excess water gets lost as run-off which goes to the lakes and
ditches etc. This water could be stored for providing life saving or protective
irrigation to the crops grown in dry land areas. The loss of water takes place
in several ways namely run-off, evaporation, uptake through weeds etc.
Conclusion:
Even after utilizing all the available water resources,
about 50% of our cultivable area will still depend on rains. Therefore, our agricultural
scientists, policy formulators and farmers should appropriately realize the
magnitude of role that. rainfed agriculture or dry land farming can play.
They should thoroughly examine the problems of dry land
agriculture from different viewpoints and evolve appropriate technologies, crop
varieties, etc. for these areas to better the economic position of the farmers.
Dry farming areas need a much closer attention on effective storage of rain
water and its utilization.
Constructing low-cost farm
ponds is proving to be a suitable water storage solution that can help mitigate
drought-related losses. Construction of farm ponds, for example, has proved a
promising option for rainwater storage that allows for critical and life-saving
irrigation of traditional crops as well as other activities, such as planting
of fruit trees, that can supplement diets and incomes. They hypothesized that
relatively small investments into farm ponds could significantly increase
farmers’ productivity and incomes. First, this boost would allow farmers to
prevent crop losses during dry spells. Second, it would also give them enough
security to be able to take risks in diversifying activities and experimenting
with crop intensification, such as by taking on a second, post-rainy season
crop, something that’s key to a sustainable future for dryland farmers.
Key messages
·
Drought-related losses
threaten farmers’ livelihoods
·
Farm ponds are a
low-cost, highly suitable water storage solution
·
Increased access to
water for critical irrigation checks yield losses
The Ponds Project was designed to benefit farmers by
improving the security of their continued agricultural operations. By building
off-stream storage ponds, participating farmers would gain a more reliable
water supply. In drought-prone area, one can never be guaranteed of ample water
in each year, but diversion and storage of rain water would allow project
partners to quantify available irrigation water before the planting of rubby
crops, so farmers would be able to reduce the risk of overplanting relative to
available irrigation supplies.
Project prepared by :
Ranjit patil mahalle
Montiz
incorporation Washim
Email:
montiz.incorporation@gmail.com
Mob: 7972077124
Comments
Post a Comment