Dryland Farming in India

Need to Enhance Agricultural Production for Combating Hunger and Malnutrition and Improving the Plight of Farmers

Dryland Agriculture in India : 

-Dr. Arvind Singh 

Dryland agriculture refers to the cultivation of crops entirely under natural rainfall. It is a form of subsistence farming in the regions where a deficit of the soil moisture retards the growth of water consuming crops like paddy (Oryza sativa), sugarcane (Saccharum officinarum), etc. Dryland areas are characterized by low and erratic rainfall and no assured irrigation facilities. Dryland agriculture is important for the economy as most of the coarse grain crops, pulses, oilseeds, and raw cotton are grown on these lands. Dryland areas receive rainfall between 50 and 120 cm.

Dryland Agriculture
Types of Dryland Agriculture:

Depending on the amount of rainfall received, dryland agriculture has been grouped into three categories:

(i) Dry farming: it is the production of crops without irrigation in areas where annual rainfall is less than 75 cm. Crop failures are more frequent under dry farming conditions owing to prolonged dry spells during the crop periods. The growing season is less than 200 days. It is generally practiced in arid regions of the country.

(ii) Dryland farming: cultivation of crops in areas receiving rainfall above 75 cm is known as dryland farming. Dry spell during crop duration occurs, but crop failures are less frequent. Semi-arid regions are included under this category.

(iii) Rainfed farming: It is practice of crop cultivation without irrigation in areas receiving 115 cm rainfall, mostly in sub-humid and humid areas. Here chances of crop failure and water stress are very less.

Distribution of Drylands:

Our country has fertile cultivable land and receives the highest rainfall on per unit area basis anywhere in the world due to short duration of rainfall in a year. One hundred and twenty eight Districts in India have been recognized as dryland farming areas. Of these, 91 Districts are spread in the states of Madhya Pradesh, Chhattisgarh, Uttar Pradesh and Tamil Nadu, representing typical dry farming tracts. Rest of the Districts belongs to Central Rajasthan, Saurashtra region of Gujarat and rain shadow region of the Western Ghats.
The total land area of India is 329 million hectares of which 144 million hectares is arable land, of this 94 million hectares fall under dry lands constituting 65% of dryland and rainfed area produce 40% of the total food grains that feeds 40% of the total population. The remaining of 50 million hectares constituting 35% of irrigated areas account for 60% of the crop production. Major dry farming crops are millets such as jowar (Sorghum vulgare), bajra (Pennisetum typhoides), ragi (Eleusine coracana), oilseeds like mustard (Brassica campestris), rapeseed (Brassica napus), and pulse crops like pigeon pea (Cajanus cajan), gram (Cicer arientinum) and lentil (Lens esculentum).

Almost 80% of maize (Zea mays) and Jowar, 90% of Bajra and approximately 95% of pulses and 75% of oilseeds are obtained from dryland agriculture. In addition to these, 70% of cotton (Gossypium hirsutum) is produced through dryland agriculture. Dryland areas also contribute significantly to wheat (Triticum aestivum) and paddy (Oryza sativa) production. Thirty three per cent of wheat and 66% of rice are still rainfed.

Prospects of Dryland Areas:

More than 75% of the farmers engaged in dry farming are small and marginal. Therefore, improvement in dry farming would raise the economic status of farmers thus helping in poverty alleviation. Dryland farming holds immense significance especially in the context of fluctuating food grain production and expanding population in our country.

The biggest employer in our country, the cotton mills are fed by raw cotton grown mostly in dryland areas. Increasing production of cotton subsequently leads to an increase in exports of cotton goods. The expanding import of oilseeds is a cause of concern to the Indian nation. The improvement of the production of oilseeds in these regions will save valuable foreign exchange reserves. By enhancing the productivity of crops like jowar, bajra and ragi which are mainly grown in dryland farming would increase the nutrient consumption levels of our nation.

Marginal lands in the semi-arid regions offer potential for fodder production to feed the cattle population which is an integral component of farming practice of this region. Providing importance to these areas can solve the problems of pulses, oilseeds, and cotton. The dryland areas have also the tremendous potentiality of increased food grain production. Thus enhanced agricultural production in these areas would boost the agriculture-based economy of India. Moreover, it would also be helpful in eliminating the problem of hunger and malnutrition prevailed in below poverty line society of the country.

Constraints of Drylands:

Drylands are characterized by low and uncertain rainfall therefore, crop failure is a common feature. The various constraints of drylands are as follows:

1. In dryland areas in general, the rainfall is low and highly variable which results in uncertain crop yields. The distribution of rainfall during the crop period is uneven, receiving a high amount of rain when it is not required and lack of it when crop needs it. 

2. Generally in dryland areas when the monsoon sets in late, the sowing of crops are delayed resulting in poor yields. At times, the rains may cease very early in season exposing the crop to drought and during flowering and maturity stages which reduces the crop yields considerably. 

3. Soils of the drylands are not only dry but also deficient in macronutrients like nitrogen and phosphorous. Thus, in other words, drylands are not only thirsty but they are hungry too. 
4. The temperature in dryland varies greatly. During the period of moisture stress and drought, the temperatures accelerate the crop development resulting in forced maturity. Chilling or frost injury at flowering results in poor grain setting and deteriorates the grain quality. 

5. Dryland areas suffer from the various processes of soil degradation especially soil erosion. 

6. The small size of land holdings (less than 2 hectares) usually fragmented and scattered, lacks of market facilities, frequent crop failure, poor economic condition and other socio-economic problemss related to drylands. 

7. The extremely poor condition of farmers, lack of infrastructure to boost production. Major Areas of Concern in Dryland Agriculture:
Major areas of concern in dryland agriculture are:

(i) Proper marketing and price policy to cover crops and animal products. 

(ii) Conservation of soil and water resources. 

(iii) Need to evolve high yielding and drought-resistant crop varieties. 

(iv) Low cost and locally suited agricultural implements. 

(v) Judicious and balance the use of costly chemicals. 

(vi) Proper financial availability to purchase inputs; and 

(vii) Extension education. Dryland Farming Technology:

The following farming technology is needed to enhance agricultural production in dryland areas.

1. Timely preparatory and seeding operations including conservation of stored soil moistures. 

2. The use of improved crop varieties should be done which can withstand stress. For moisture conservation in the soil, deep tillage, surface cultivation, and stubble mulching need to be practiced. Deep tillage is required to break plow soles and layers because repeated plowing over centuries has resulted in the growth of hard compacted layers that restrict infiltration and movement of water and penetration of water. 

3. Conjunctive use of rainfall, surface and ground water. 

4. Harvesting of water for use in dry periods. Watershed a natural hydrological unit is a good device for water harvesting. Proper watershed management can stop not only further degradation of the ecosystem, but degraded lands can also be restored.
5. Soil conservation by contour bunding, terracing, land sloping, and land leveling and also by practicing conservational tillage (zero tillage and minimum tillage). 

6. The practice of drip irrigation to save water. 

7. The lining of canals to minimize water loss. 

8. Agronomic practices like mixed cropping and crop rotation which increase the yield of crops need to be practiced. 

9. Integrated nutrient management needs to be practiced with special emphasis on use of bio-fertilizers to maintain soil fertility. 

10. Integrated weed management and integrated pest management need to be adopted to control weeds and pests, respectively. 

11. For the non-farm operation dryland areas have to be supplemented with a non-form occupations like animal husbandry, fisheries, poultry, social forestry and cottage for the development of these areas. 

12. Alley cropping, pasture management, tree farming, Silvi-pastoral management systems and agro-horticultural system which are more relevant to dryland situations have to be adopted for successful dryland farming systems.


Conclusively it can be said that dryland areas are the chief contributors of pulses, oilseeds, coarse grain crops, and cotton. Moreover, drylands also contribute significantly to wheat and rice production. Therefore, it is the need of the hour to adopt and practice the available dryland technologies for increased agricultural production in these areas, which would boost the food grain production of the country and would also improve the economic status of farmers in these areas.
Dr. Arvind Singh is M. Sc. and Ph. D. in Botany with an area of specialization in Ecology. He is a dedicated Researcher having more than four dozen published Research Papers in the Journals of National and International repute. His main area of Research is Restoration of Mined Lands. However, he has also conducted Research on the Vascular Flora of Banaras Hindu University Main Campus, India.

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