Run-Off Farming in Reducing Rural Poverty in the Cholistan Desert
Keywords:
Catchment, Cholistan, environment, Hakra River, precipitation, runoff
Abstract
This study provides an overview of the potential impact of employing indigenous rainwater-harvesting technology in alleviating poverty in the Cholistan Desert of Pakistan. Ideal characteristics for run-off farming catchments result from the combination of landforms and soil properties. Many soils in the region exhibit low to very low infiltration and high levels of run-off. It has been demonstrated that there is a direct relationship between water availability and poverty reduction. This study outlines both the advantages and disadvantages of the indigenous rainwater-harvesting technology in reducing rural poverty and recommends its use with modern water harvesting techniques.
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References
M Abdullah, M Akram, A Khan, R Qureshi (1990) Internal water resources management by plants under various root environment stresses with special reference to kallar grass Leptochloa Fusca. 6-8.
F Ahmad (1997) Combating desertification through participation of stakeholders. 253.
F Ahmad (1997) UN-convention to combat desertification (CCD) and SCOPE's initiatives in Pakistan. 33-34.
F Ahmad (1998) Rainwater Harvesting. 82-89.
F Ahmad (1999) Ecological restoration in Cholistan. 2(1), 34-38.
F Ahmad (1999) Eco-regeneration and runoff collection in Cholistan. 35, 50-54.
F Ahmad (1999) Rainwater utilization and ecological restoration in Cholistan. 709-711.
F Ahmad (2002) Socio-economic dimensions and ecological destruction in Cholistan.
F Ahmad (2002) Sustainable management of groundwater in the dry lands of Pakistan.
Farooq Ahmad, Zulfiqar Ali, Sameera Farooq (2005) Historical and archaeological perspectives of soil degradation in Cholistan. 1(1), 31-35.
F Ahmad (2007) Geo informatics application to investigate agricultural potential in Cholistan desert. 5(2), 310-314.
Muhammad Ahmad (2007) Innovative Approaches to Sustainable Agriculture: Ensuring Food Security and Environmental Health. 5(1), 8-28.
F Ahmad (2008) Runoff farming in reducing rural poverty in Cholistan Desert. 20(1), 177-188.
F Ahmad (2011) Soil classification and micromorphology: A case study of Cholistan desert. 2(11), 321-328.
F Ahmad (2012) Spectral vegetation indices performance evaluated for Cholistan Desert. 5(6), 165-172.
F Ahmad (2012) Landsat ETM+ and MODIS EVI/NDVI data products for climatic variation and agricultural measurements in Cholistan Desert. 12(13), 1-11.
Farooq Ahmad, S Farooq (2007) Runoff farming in reducing rural poverty in Cholistan desert. 20(1), 177-188.
F Ahmad, S Farooq, Z Ali (2004) GIS technique for rainwater conservation in Cholistan. 148.
F Ahmad, F Gulzar, S Shirazi, S Farooq, Z Ali (2004) Agropastoral systems in Cholistan. 346-347.
R Akhter, M Arshad (2006) Arid rangelands in the Cholistan Desert (Pakistan). 17(1-2), 210-217.
Mohammad Arshad, Ghulam Akbar (1995) Benchmark of Plant Communities of Cholistan Desert. 5(10), 1110-1113.
M Baig, M Akram, M Hassan (1980) Possibilities for range development in Cholistan desert as reflected by its physiography and soils. 61-71.
M Baig (1982) Vegetation classification for evaluation of rangeland. 15.
M Baig, Khan, Ehsan-Ul-Haq, M Zaheer, M Ahmad (1975) Reconnaissance soil survey of Cholistan.
H Bruins, M Evenari, U Nessler (1986) Rainwater-harvesting agriculture for food production in arid zones: The challenge of the African famine. 6, 13-32.
S Buol, R Southard, R Graham, P Mcdaniel (2003) Soil genesis and classification. 494.
Muhammad Raees, Abdul Khaliq, Ayesha Kanwal (1996) PROBLEM OF LEARNING CONTENTS THROUGH ENGLISH AT BS LEVEL: A CASE STUDY OF CHOLISTAN UNIVERSITY OF VETERINARY & ANIMAL SCIENCES BAHAWALPUR. 04(04), 523-531.
C Cluff (1974) Engineering aspects of water harvesting research at the University of Arizona. 27-39.
M Evenari, L Shanan, N Tadmor, Y Aharoni (1961) Ancient Agriculture in the Negev. 133(3457), 979-996.
(1994) Water harvesting for improved agricultural production. Food and Agriculture Organization (FAO).
Daniel Juhn, Hedley Grantham (1993) Sustainable Biofuel Crops Project, Final Report.
Louis Bockel, Laure-Sophie Schiettecatte, Orane Debrune (1983) Life cycle assessment and carbon footprint of banana cultivation. 281-302.
Umar Farooq, Munir Ahmad, Abdul Jasra (2007) Natural Resource Conservation, Poverty Alleviation, and Farmer Partnership. 46(4), 1023-1049.
G Frasier (1983) Water quality from water harvesting systems. 12(2), 225-231.
G Frasier (1993) Water harvesting/runoff farming systems for agricultural production.
(1992) World Conservation Union (IUCN).
N Hanan, Y Prevost, A Diouf, O Diallo (1991) Assessment of desertification around deep wells in the Sahel using satellite imagery. 28, 173-186.
B Unknown Title. 60.
C Hutchinson, G Dutt, G Anaya (1981) Rainfall collection for agriculture in arid and semi-arid regions.
(1998) Risk in the rangelands. 55-74.
International Fund for Agricultural Development (IFAD).
William Ittelson (1973) Environment Perception. 3-11.
H Jenny (1941) Factors of soil formation. 146.
F Jowkar, M Michael (1995) Ethnicity and socioeconomic vulnerability in Pakistan.
F Jowkar, M Khan, M Khan (1996) Socioeconomic dimensions of resource management in Cholistan.
S Kapur, G Stoops (2008) New Trends in Soil Micromorphology.
S Kapur, H Eswaran, W Blum (2011) Sustainable Land Management.
A Khan, M Akram, M Abdullah (1990) Rainwater harvesting in Cholistan desert. 59-80.
M Khan (1957) Water balance and magnitude of water deficiency in the arid zone of West Pakistan. XII(2), 65-69.
S Khan (1992) Agricultural development potential of Cholistan desert.
Takahiro Miyazaki, Josaphat Sri Sumantyo, Takumi Abe, Tomoyuki Nakazono, Koh-Ichiro Oyama (1999) Controlling the Electric Potential of the Low-Earth Orbit Microsatellite in Ionosphere Observation via Langmuir Probe. 3(1), 7-13.
K Kohei (1989) Agricultural production system in Pakistan. In: A study of urbanization and ecological features of green space in arid and semi-arid regions of Punjab and Gilgit, Pakistan. 52-64.
L Mcfadden, P Kneupfer (1990) Soil geomorphology: The linkage of pedology and superficial processes. 3, 197-205.
N Megateli, K Schmidt, L Wagner (1997) A summary report on the international symposium and workshop on combating desertification. 4(1), 1-10.
M Michael, F Jowkar (1992) Pastoral women and change in Africa, the Middle East and Central Asia.
Arnold Pacey, Adrian Cullis (1986) Prelims - Rainwater Harvesting. i-viii.
Padmu (1986) Desertification process in Cholistan desert. 7(86), 155.
G Retallack (1994) The environmental factor approach to the interpretation of Paleosols in factors of soil formation. 33.
L Shanan, N Tadmor (1979) Microcatchment systems for arid zone development.
B Sharma (2001) Availability status, development and opportunities for augmentation of groundwater resources in India. 1-18.
B Sharma (2003) Development of water resources and their efficient utilization in water scarce regions. 3-12.
V Squires (1998) The world's drylands and global change in the 21 st century: challenges and prospects. 7, 1-13.
M Tahir, M Naim, M Ahmad (1993) Landforms and soils of Bahawalpur division. 311-325.
David Thomas (1997) Science and the desertification debate. 37(4), 599-608.
(1991) Status of desertification and implementation of the United Nations plan of action to combat desertification. 3.
R Woodbury (1963) Indian adoptions to arid environments. 74, 55-85.
A Hardan (1974) Discussion: session I. 26-28.
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2013-07-16
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