Water Users Association and Irrigation Management - Institute for ...
Water Users Association and Irrigation Management - Institute for ...
Water Users Association and Irrigation Management - Institute for ...
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[t is clear from Table 6.1 that around 40 percent of the sample farmers in Hagedal <strong>and</strong> 30<br />
percent of the sample farmers in Gundur adopted curative measures. Farmers adopting<br />
curative strategies are more in Hagedal than Gundur because the soil-related problems are<br />
more profound in Hagedal (see Figure-5.l). The most important practice adopted by sample<br />
farmers in Hagedal to mitigate soil-related problems is application of gypsum (46.3<br />
percent) <strong>and</strong> zinc (43.4 percent) to neutralize the carbonate <strong>and</strong> bicarbonate salts.<br />
Applications of these interventions are more frequent in Hagedal when compared to<br />
Gundur (see Table-8.l). [n Gundur, the dominant practice is to use more seed per acre (34<br />
percent) particularly by the farmers in the head reach because more l<strong>and</strong> is atTected by<br />
waterlogging in this region. Their belief is that the increased seed rate helps to overcome<br />
poor seed germination. This also corroborates the high correlation coefficient between seed<br />
<strong>and</strong> yield in the waterlogged soils of Gundur (see Table-8.2). More frequently, farmers<br />
produced their own seeds, while sometimes it was obtained through public seeds<br />
corporation, co-operatives or through local retailers. Generally, farmers save their own rice<br />
seed. The commercial orientation of many farmers has led to an increasing dem<strong>and</strong> <strong>for</strong><br />
purchased seed. Farmers had access to good quality seeds both in Hagedal <strong>and</strong> Gundur.<br />
Another strategy adopted by the farmers is deep <strong>and</strong> intensive ploughing 2 to reduce the<br />
adverse effects. These strategies are more poplar in Hagedal. This practice helps in the<br />
leaching of salt <strong>and</strong> enables the l<strong>and</strong> to absorb more water. Also shallow, dry ploughing<br />
soon after harvesting the previous rice crop is another strategy followed to minimize soil<br />
cracking. The ploughed layer acts as mulch <strong>and</strong> there<strong>for</strong>e reduces soil drying <strong>and</strong><br />
consequent cracking. Deep ploughing breaks up the hard surface of the soil <strong>and</strong> eradicates<br />
the weeds. Animal drawn plough <strong>and</strong> tractors are used <strong>for</strong> ploughing. It was found that<br />
small farmers ploughed their plots 5 to 6 times be<strong>for</strong>e sowing; the large farmers did so 4 to<br />
5 times. Generally, the frequency of ploughing differs according to the type of soil.<br />
However, ploughing needs to be done properly to prevent the <strong>for</strong>mation of a plough layer<br />
or return of salty soil closer to the soil surface (Abrol et al. \988).<br />
2 Repeated ploughing of soil sometimes trigger soil erosion in erosion prone area~. Since the study area is not<br />
prone to erosion, repeated ploughing increases the water retentIOn capacIty of the soIl.<br />
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