Fodder Production for Peri-urban Dairies in Pakistan - continued by Muhammad Dost Annex I. Case Studies Peshawar The holdings visited were between 20 and 50 kanals plus an exceptional one of over 1,000 kanals. No landless dairies were surveyed. Milk yields were over a wider range (7.9-11.8 litres) than in many places (see table 23).
The major winter forages were a mixture of berseem and oats intercropped with small quantities of maize; the crops were mix-sown at the end of August and beginning of September. Forage was ready for first harvest at the end of November to early December. The other usual winter livestock feed is tops of sugarcane and sugar beet and sugar beet pulp, mixed mainly with wheat straw and sometimes chopped dry sorghum-maize stalks. Wheat straw, if readily available, forms the bulk of winter feed. In summer, almost all farmers offered 30-40 kg of green forage with 5-6 kg of wheat straw and only 2 kilos of concentrates (cotton seed cake) to milking animals daily (see table 24). Due to high prices in winter only about a quarter of the required forage was offered to the animals with extra dry roughage. Limited quantities of whole sugarcane, cane tops from farmers and sugar beet pulp from the sugar factories were also available at 150-200 rupees per maund. Total 5-6 kg of berseem + oats or chopped cane tops or sugar beet pulp are mixed with 10-12 kg of dry roughage and fed to milking animals. Dry animals were maintained on 12 kilos of dry roughage and infrequently offered only 2-3 kg of forage mixed with it.
During the visit in mid December, green maize without cobs was available in the market at Rs. 50 per maund while very small quantities of mixed shaftal/berseem + oat forage sold in the Peshawar forage market at Rs. 80-100 per maund. A total of 10-15 cart loads with 15 maunds per cart load was transported daily from the urban and peri-urban areas to Peshawar. The major summer forage crops are maize and sorghum. Most dairymen produce their own forage in sufficient quantities in summer, still there are landless farmers who keep 3-5 buffaloes and buy it from the market. Almost half of the peri-urban area of Peshawar was cultivated with forage during the visit; they were ready for harvesting in the first week of December. Farmers were well aware of the importance and cost of maximum quantities of fodder. Farmers get two summer maize forage crops from a piece of land. In spring and summer, forage is abundant with prices going down to Rs 30-35 per maund; maximum forage is available and is offered to the animals; as a result the daily milk production per animal is almost doubled. In winter production and supply of forage is less than demand and prices rise. About 50 lorry loads, each of 8-10 tons of wheat straw, were brought to Peshawar daily from Kohat, Karak, D. I. Khan and Bannu districts. Around 20 lorry loads are sold daily and the rest bought by stockists for sale in scarcity periods. The price of wheat straw varied from Rs. 80 per maund in normal seasons to Rs. 100 - 200 per maund in winter. The price of dry chopped sorghum-maize was Rs. 60 per maund. Plenty of summer forage is available in Peshawar except in May-June and the farmers usually feed pure chopped green maize or sorghum to their animals. Nowshera The dominant animals were buffaloes at all but two farms with 3 and 12 cows. About 80-90 percent of the animals were in milk. Daily milk yields of buffaloes and cows were 8-10 kg and 12-15 kg per animal respectively (Table 25).
In winter, forage availability, and feeding are poor. The berseem + oats + maize mix sown in late August was available at the end of November or early December. Growth was slow and yields very low compared to summer forages. Prices were very high and varied from Rs. 90-100 per maund. Most farmers fed green forage to milking animals very economically to last until spring i.e. 3-4 kg of forage usually mixed with 8-10 kg of dry roughage. In the lean season, dry roughage, sugarcane tops and 2-3 kg of cotton seed cake form the bulk of the daily feed of milking animals; milk production decreases sharply. Dry animals get no concentrates, only minimum quantities of forage mixed with dry roughages which are far below maintenance requirements. In summer, of course, farmers obtain 2-3 forage maize crops from the same piece of land from March to August, with intensive application of manure and fertilizer. Almost every farmer has forage in abundance; the surplus is sold to the market, or standing crops are sold based on area. Traditionally, in summer, 20-30 kg of chopped green forage and 2 kg of cotton seed cake are fed to milking animals. Often the bulk of the feed is sorghum and maize forage without dry roughage and is offered ad libitum. Due to the high price of cotton seed cake, the amount fed was about 2 kg per milking animal daily; normally 3-4 kg should be offered (see table 26).
Charsada
In summer excessive quantities of green forage are available and 30-40 kg of chopped green forage and 2 kg cotton seed cake were given daily to each milking animal. The health and milk yields of animals improve and most animals become very productive. Surplus forage is made into poor hay usually harvested at late maturity. In winter sufficient forage is not available for livestock; usually a quarter of the total required forage (3-4 kg) was mixed with 12-15 kg of wheat straw or dry sorghum - maize stalks and was being to milking animals with only 2-3 kg of concentrates (see table 28). In February- March surplus berseem + oats forage is available and animals are offered as much forage as they can consume. There is hardly any grazing.
Mirpur Buffaloes were the dominant animals in all but two farms (see table 29) that also had cows with 80-90 percent of the animals in milk. The milk yields of cows, 10-15 kg daily, were higher than the buffaloes (7-8 Kg). Only 5-7 kg of milk was consumed domestically and the rest sold at Rs. 18 per kg. The landless dairymen in Mirpur find it uneconomical to feed dry animals through pregnancy and calving i.e. over a year, so, they sell them, usually to the butcher, at almost less than half of the original price and purchase new milking buffaloes to maintain production. Farmers with land holdings did not sell their dry animals.
The dairies grow oats and berseem in winter but growth is slow and sufficient forage is not available. Even the farmers who grew forage used it very economically; only 3-4 kilos were mixed with 10-12 kg of wheat or rice straw or dry maize-millet stalks and 2 kg of concentrate fed to milking animals (see table 30) so that it lasts through the winter shortage period. In February growth of berseem and oats speeds up and surplus forage is available in almost all irrigated areas. Animals usually get maximum forage in spring, their health improves and productivity is maximum.
About half of the landless dairies visited in mid December fed no green forage due to its very high price. Very small quantities of a mixture of berseem and oat forage were available at Rs. 120 per maund. Only 12-15 kg of wheat straw mixed with 2 kg of cotton seed cake with old bread constituted the bulk of ration. Almost all farmers considered it uneconomical to feed very expensive forage and would continue the feeding pattern till the end of February when cheap wheat forage is available in abundance. In summer there are regular rains in the monsoon, even rainfed forage is available in excess. Forage prices fall to Rs. 25 per maund. Animals receive 30-40 kg green forage with 2-3 kg concentrates daily and the health and milk production per animal improves a lot. Surplus forage usually gets over-mature and is made into poor quality hay. There is no tradition of treating wheat and rice straw with urea to improve its quality. Rawalpindi - Islamabad
The forage situation improves in spring and with seasonal rainfall. From February onwards, the growth of irrigated forages accelerates and production is in surplus. This is when locally produced oat and berseem forage is dumped on the Rawalpindi market. Surplus forage from the irrigated tracts is also transported to Rawalpindi and prices fall. Dairymen feed maximum quantities of forage in February to April; milk yields improve and the dairies earn maximum profit from the sale of milk. Forage availability improves a lot during the monsoon. Almost all Rawalpindis summer forage requirements are met from its hinterland. Surplus summer forage is produced if the rains are good. As the forage comes from the nearby areas, and sometimes from surrounding districts (Fatehjang, Gujar Khan, Jhelum, and Chakwal), transport costs are low and forage always exceeds demand, prices are low. All dairies feed 25-30 kg of forage with 2 kg cotton seed cake daily (see table 32). Maximum quantities of forage are fed to milking animals to obtain high production. Unlike Islamabad, almost all the dry buffaloes were sold to the butchers in Rawalpindi as it is uneconomical to sustain them on purchased feed.
Sheikhupura Only buffaloes were reared at three farms, but the other four had mixed herds. Zafar (1985) reported that the average estimated daily milk yields of cows and buffaloes in rural areas for a 308 day lactation is 4.46 litres, and 6.09 litres, respectively. The buffaloes and cows produced 9-10 kg and 12-15 kg of milk per animal per day. The family consumed 10-12 kg of milk and the rest was sold at Rs. 18 per kg. Milk is also sent for sale in Lahore. The Nestlé milk factory with the brand name MilkPak has established buying centres in rural and urban areas of Sheikhupura; most farmers sell surplus milk to them The price of milk is determined on the basis of fat percentage. Milk is chilled and transported to Lahore for further processing and packing. Sheikhupura is one of the most important irrigated districts of central Punjab and very famous for the production of rice, sugar cane, wheat, and forages. Milk yields per head at between 8.5 and 10.6 litres was notable higher than elsewhere, as was domestic consumption at seven litres.
When forage is plentiful all animals in and around Sheikhupura were well fed with 30-40 kg of green forage (see table 34) and 2 kg of concentrate (mainly cotton seed cake). Milk yields in all the dairy farms were higher than those of farms visited in other parts of the country. Unfortunately, at all farms visited, the animals were not fed according to milk yields and scientific feeding requirements. Hence, the maximum milk yield potential of animals was not exploited. To exploit the maximum milk potential of different stock, the productive animals must obtain feed according to their production potential to meet the feed requirements that have been ignored on almost all the farms visited in the country.
Almost all the dry buffaloes were kept on the farms and not sold for slaughter, unlike in Rawalpindi, Islamabad and Mirpur. Sheikhupura is famous for excellent breeds of buffaloes and cows and supplies milking animals almost throughout the country at very reasonable prices. There are also big breeding farms of different cross bred and Sahiwal breeds of cows. Farmers earn large sums of money through selling improved animals. Akram, M. (1986). Survey Questionnaire on Animals Feed Resources; Part 1: University of Agriculture, Faisalabad, Pakistan. Akram, M. (1987). Curriculum and training for livestock research, in the Proceedings of the Workshop on Livestock in Farming Systems Research, Islamabad, 8-15 April, 1987. Pp. 111-112. Ali, M. and E. R. Mallorrie. (1987). Viability of systems to exploit non-conventional feed resources by small farmers, In the Proceedings of the Workshop on Livestock in Farming Systems Research, Islamabad, 8-15 April, 1987. Pp. 47-59. Anand, Usha. (1977). Dairy Hand Book, National Dairy Research Institute (ICAR), Karnal, pp. 65-66. Bhatti M.B. & Sartaj Khan eds (1996). "Fodder Production in Pakistan" Pakistan Agricultural Research Council and FAO, Islamabad. Bhatti, M. B. (1995). Annual report of Fodder Research Programme, PARC, Islamabad. Bhatti, M. B. (1996). Fodder production in rainfed areas of Punjab in the proceedings of National conference on the improvement, production, and utilization of fodder crops in Pakistan, 25-27 March, 1996. Bhatti, M. B., Hussain, H., and Dost, M. (1992). Fodder production potential of different oat cultivars under two cut systems. NARC. Islamabad. Crowder, L.V. (1988). Fodder crops resources; a report on a review in Pakistan. ADB mission report, pp.15. Dolberg, F. (1995) Feeding Animals on Straw" FAO better farming series No. 43. Rome Dost, M. (1992). The annual report of fodder component, FAO/PAK/86/027, Gilgit, Pakistan. Dost, M. (1993). The annual report of fodder component, FAO/PAK/86/027, Gilgit, Pakistan. Dost, M. (1994). The annual report of fodder component, FAO/PAK/86/027, Gilgit, Pakistan. Dost, M. (1996) "Improving fodder in smallholder livestock production in Northern Pakistan" World Animal Review 1996/2 Rome. Dost, M. (1997). End of assignment report on forage component. FAO/PAK/86/027 Gilgit, Pakistan. Dost, M. (1999). Country Pasture/Forage Resource Profile for Pakistan Dost, M. (2001). Fodder Success Story - Improved fodder crop production in the Northern Areas of Pakistan. Integrated Crop Management Vol. 4, AGPC/FAO, 23p. Dost, M. (2002) The introduction and use of oat (Avena sativa) cultivars in Pakistan. Dost, M. Hussain, A., Sartaj Khan, and M.B. Bhatti. (1990). Locational differences in forage yield and quality of maize cultivars. Pak. J. Ind. Res. 33: 10, 454-456. FAO Statistical Databases (2002) (website) Gill, A. R., and Bhatti, J. A. (1996). Economics of fodder in milk production and draught animal management. In the Proceedings of National conference on the improvement, production, and utilization of fodder crops in Pakistan. 25-27 March, 1996, Pp 94-105. Government of Pakistan. (2001). Economic survey of Pakistan, Ministry of Food and Agriculture, Islamabad. Hanjra S. H. (1996) "Year round fodder production and utilization in smallholder dairy livestock system in the irrigated Northern Punjab" in Bhatti M. B. & Sartaj Khan eds (1996) "Fodder Production in Pakistan" pp 85-93. Pakistan Agricultural Research Council and FAO, Islamabad Hanjra, S. H., Davis, J. B., and Akhtar, M. J. A. (1995). Fodder production, small holder dairy development in Punjab. FAO/UNDP, Pakistan. Heady, E O. (1957). Economics of cropping system. Pp. 426. Krischke, H. (1987). Potential of improved integrated forage production for small holder livestock farming systems in Pakistan. In the Proceedings of the Workshop on Livestock in Farming Systems Research, Islamabad, 8-15 April, 1987. Pp. 41-46. Lahemeyer J (1999/2002 ) Pakistan, historical demographical data of the urban centers. "populstat" site Ministry of Food, Agriculture and Cooperatives. (1988). A report of the Livestock Division. Misri, B. (1996). Nomadic graziers of the Himalaya: the Gujars of Jammu and Kashmir Proceedings of the second meeting of the Temperate Asia Fodder and Pasture Working Group pp 53 - 60. Dehra Dun. Musa, M. Gondal, R. M., Ali, A. and Ashraf, M. (1993). Effect of cutting at different plant growth stages and heights above ground levels on green fodder and dry matter yields of Sadabahar. J. Agric. Res., 31(4): 409-413. Pathak, N.N. and R.C. Jakhmola (1983) Forages and livstock production, pp. 273. Advent Books, New York. Prasad, J. (1992). Principles and practices of dairy farm management. Kalyani Publishers, Ludhiana, India. Rafique, S. M. (ed) (2000). Proceedings of the Fourth Meeting of the Temperate Asia Pasture and Fodder Network. Held at the Pakistan Forest Institute June 6 - 11 2000. Pakistan, Peshawar. Ranjhan, S. K., and Pathak, N. N. (1979). Management and feeding of buffaloes. Vikas Publishing House, Pvt. Ltd., New Delhi-110002. Sen, S. and Bains, S. S., (1956). Indian J. Agron. 1:15. Sial, M. A. (1991). Livestock production in Pakistan - potentials and challenges. Progressive Farming, 11: 1, 7-14. Sial, M.A. (1994). Consultancy report on buffalo nutrition. Assistance in planning milk supply to Karachi, FAO /TCP/PAK/2252, Karachi. Singh, M. and Karnani, J. T. (1972). Proc. Symposium on cropping patterns in India. Pub. ICAR, New Delhi, pp. 30. SMEDA (2002) Small and Medium Enterprise Development Authority Government of Pakistan Pre-Feasibility Study Milk PasteurizingUnit Suttie J. M. (2000). Hay and straw conservation for small-scale and pastoral conditions. FAO Plant Production and Protection Series No. 29. 303 pp. Rome. ISBN 0259-2525. Suttie J. M. and S. G. Reynolds (editors) (2003) Transhumant Grazing Systems in Temperate Asia. Plant Production and Protection Series (forthcoming), Rome. Umrani, Aslam Pervez 25 September 2000 Dawn, Internet Edition Usmani, Rafiq H. (1997). Buffalo population and production in Pakistan Zafar, A. H. (1985). Economics of rural dairy animals in the canal irrigated areas of the Punjab 1982-83. Livestock Production Research Institute Bahadurnagar, Okara, Pakistan. Click here to view Annex IV. Photographs [Note: the paper was prepared in 2002 by the author and edited and amended by J.M. Suttie and S.G. Reynolds in February 2003] |
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||