Climate Variability and peasant agriculture in Kélo in the south of Chad

Authors

  • Abdoulay Mfewou
  • Julius Tata
  • Paul Nadji

DOI:

https://doi.org/10.14738/assrj.711.9294

Keywords:

Peasant agriculture, Socio-economic impact, Kélo Sud-du Tchad, Climate variability,

Abstract

With its Sahelian climate, Chad presents climatic parameters which have a very negative impact on its agricultural productivity. Faced with this natural problem for peasant society, political decision-makers do little to support local adaptation mechanisms. The study in Kélo, southern Chad, (606.9 mm; 28.9 ° C) was carried out for five months. The survey was conducted with 140 heads of households randomly chosen from this area to collect information relating to the damage caused by climatic vagaries on the yields of cultivated plants and the analysis of meteorological data collected at the Kélo station by l 'Chad Institute of Agronomic Research for Development (ITRAD) on climate variability which shows the irregularities of the rains at their beginnings and / or at their ends, the shortening of the rainy season and, a slight rise in temperature. These rainfall irregularities, the main crops are experiencing yield reductions of the order of 70¨% of the average, approximately: 20-25 bags of paddy per hectare against 7-12 bags of paddy for rice, 4-5 bags / ha against 2-3 bags / ha for sorghum and pearl millet, 10-13 bags / ha against 6-9 bags / ha for peanuts, 600-900 kg / ha against 250-600 kg for cotton, etc. . In 2018, rainfall over time shows linear correlations established between cereal and cotton yields on the one hand, and those of annual rainfall on the other. The result also shows that there are no explicit linear relationships between these variables. This shows that, mere knowledge of the rainfall regime is not enough to explain the decline in agricultural production; because poor agricultural production can result from both poor and surplus water conditions and / or poor distribution of rains. It is recorded that food production per capita also decreases; this decline occupies a very important place in all policies of local development projects but weakly applied by rural decision-makers. Consequently, there is recurrent food insecurity, putting the farmer in a dependency on assistantship from outside the region.

References

Agossou D.S.M., et al, 2012, "Perception of climatic disturbances, local knowledge and Adaptation strategies of Beninese agricultural producers ", African Crop Science Journal, 20, 565 -588.

Ardoin B. S., 2004. Hydroclimatic variability and impact on the water resources of large hydrographic basins in the Sudano-Sahelian zone. (France), 330 p.

Bahoutou L. (2007), rainfall in Sudanian Chad during the last four (1960-1999): variability and impact, Doctoral thesis, 245 p.

Bazin, F., Bechir, A. B., & Khamis, D. D. (2013). Prospective study: livestock systems and climate change in Chad. Development Methods Research and Applications Institute, Final Report, 80p.

Bedoum, A., Bouka, B. C., Alladoum, M., Adoumi, I., & Baohoutoul, L. (2014). Impact of rainfall variability and drought in southern Chad: Effect of climate change. Rev. Ivoir. Sci. Technol, 23, 13-20.

Boko, M., 1988, Climates and rural communities of Benin: Climatic rhythms and rhythms of development. State doctorate thesis in Letters and Human Sciences. CRC, URA 909 of CNRS, University of Burgundy, Dijon, 2 volumes, 601p. Decades

Cabot J. (1965). The Logone Basin, ORSTOM Paris, 355 pages.

Delille H., 2011, " Perceptions and strategies of peasant adaptation to climate change in Madagascar: Case of the Southwest, Southeast and peri-urban areas of large cities ", http://www.avsf.org/public/posts/704, Accessed in September 2013, 108 p.

Dimon R., 2008, adaptation to climate change: farmers' perceptions and knowledge in Kandi and Banikoara north of Benin, Doctoral thesis in agronomy, University of Abomey-Calavi (Benin), 130p.

Enete A.A. &Onyekuru A.N., 2011, "Challenges of Agricultural Adaptation to Climate Change: Empirical Evidence from Southeast Nigeria", Tropicultura, No.29, 243-249.

GIEC (2007). Climate change 2007: Impacts, Adaptation and Vulnerability, Summary for decision makers, GIEC Cambridge, 22 p.

Magrin, G. (1996, November). Climate crisis and changes in agriculture: the emergence of a grain basket between Chad and Chari. In Annales de géographie (pp. 620-644). Armand Colin. African rural environment. FSA / UAC Mongbo, R.L. et al, 1992, Socio-economic research methodology course

ONDR, Rural development sector Tandjilé Ouest (2012). Balance sheet report, 33 pages Pierre GEORGES, 1974, Dictionary of Geography, University Press of France, Paris Rabourdin S., 2005, Climate change. Understanding and acting, Paris, Delachaux and Niestlé, 268 p.

Servat E., Paturel J.E., Lubes-Niel H., Kouame B., Masson J.M., Travaglio M. & Marieu B., 1998, « Different aspects of variability in rainfall in West and Central Africa outside of the Sahel ”, Revue des Sciences de l'eau, pp.

Smit B., and Skinner M.W., 2002, "Adaptations options in agriculture to climate change: A typology. Mitigation and Adaptation", Strategies for Global Change, No.7, 85–114.

Tsalefac M., 1979, Current climatic oscillations in Northern Cameroon, master's thesis, Department of Geography, University of Yaoundé, 126 p.

Downloads

Published

2020-11-15

How to Cite

Mfewou, A., Tata, J., & Nadji, P. (2020). Climate Variability and peasant agriculture in Kélo in the south of Chad. Advances in Social Sciences Research Journal, 7(11), 16–30. https://doi.org/10.14738/assrj.711.9294