Journal of Earth Sciences & Environmental Studies

ISSN: 2472-6397

Impact Factor: 0.865


Page No: 714-720

Impacts of Climate Change on Rural-Urban Migration and Agricultural Productivity in Southern Region of Kebbi State, Nigeria.


Peter Nkashi Agan1, John Yohanna Alhassan1, Simon Shombi Vintenaba1,  Muhammed A. Muhammad2

1 Department of General Studies, Federal University Wukari, Taraba State, Nigeria.

2 Department of Entrepreneurship Education, College of Agriculture Zuru, Kebbi state.


P. N. Agan, J. Y. Alhassan, S.S. Vintenaba, M. A. Muhammad, Impacts of Climate Change on Rural-Urban Migration and Agricultural Productivity in Southern Region of Kebbi State, Nigeria.(2019) Journal of Earth Sciences & Environmental Studies 4(5) p:714-720


The study examined the influence of climate change and rural-urban migration on agricultural productivity in Southern Kebbi State, Nigeria. A multistage sampling technique was employed and both descriptive and inferential statistics were used to make deductions. The results indicated that 61.7% of the respondents are youths whose major occupation is farming. The major factors that caused rural-urban migration in Southern Kebbi are harsh climatic conditions (9.150), quest for marriage (3.186), pursuit of education (4.353) and search for employment (-2.492) etc. Changing climatic effects and migration decreases agricultural productivity by 49.8%. It is recommended that basic infrastructural facilities and establishment of medium and small-scale agro-allied industries will reduce the outward movement of able-bodied youth and its consequent impacts on agricultural productivity in Southern Kebbi State Nigeria.

Keywords: Climate Change, Migration, Agricultural Productivity, Temperature, Soils


Agriculture in the tropics is hampered by upward trend in temperature, fragile soils, low yield potential, aridity and increase in drought risk as drier soil absorbs more rainfall (Barrios, et al 2006). Changes in rainfall can potentially have a wide array of economic implications anywhere in the developing world as rainfall is the main driver of water balance variability both over space and time. Rainfall shortages in Africa is associated with damaging consequences such as food and water deficiencies, displacement and death of population (Barrios, et al 2006).

Increase in the surface temperature leads to an increase in heavy precipitation depending on several factors, which are; atmospheric circulation, vertical temperature profile, moisture holding capacity of the atmosphere and microscale processes (IPCC, 2007). Changes in atmospheric circulation can lead to changes in precipitation regime due to changes in large-scale distribution of atmospheric aerosols, and their effect on the distribution of energy in the troposphere and on the surface; or through an intensification and invigoration of the cloud and precipitation formation process (Berg, et al 2009). According to the Clausius Clapeyron equation there exist a nexus between air moisture holding capacity and temperature, and states that for every potential degree kelvin rise in temperature there is a 7% increase in atmospheric moisture storage (Trenberth et al., 2003).

The propensity to migrate from rural to urban centers is high due to unfavorable climatic conditions in parts of Africa (Gana, 2015; Ango et al, 2014; Mbah et al, 2016). Vulnerability of agriculture to climatic conditions could lead to large-scale migrations of farmers to cities whose livelihood depends on rain-fed agriculture (Barrios, et al 2006). According to the United Nations (2004) report on migration, 60% of global population would reside in cities by 2030 (UN, 2004) which will portend negative consequences on food sustainability and security. In sub Saharan Africa, urban growth is caused by in-migration of agricultural populations as 50% of Africa’s urbanization in times past is majorly influenced by rural–urban migration with variations across countries (Barrios, et al 2006). 

Impacts of rural to urban migration are manifold and they are; destruction of the rural economy leading to food insecurity and chronic hunger and poverty, reduction in food production in rural areas and the over utilization and destruction of urban infrastructures due to over population in cities and the emergence of shanties and slums in urban fringes (Yahaya, 2015; Sahabi, 2013; Joshua, 2012; Stephen 2010). This trend in Yauri emirate of Kebbi state in Nigeria has necessitates this research to investigate the role of climate as a driver to rural urban migration and its implication for agricultural productivity in rural areas.

Materials & Methods

2.1. Study Area

Southern Kebbi State (Zuru Emirate), Nigeria is one of the four Emirates in Kebbi state which comprises of four Local Government Areas (LGAs) namely; Danko-Wasagu, Fakai, Sakaba and Zuru. The Emirate is located at latitudes 11o and 12o N and longitudes 4o and 5o E of the equator and in the extreme south-eastern part of the state on a 9,000 square kilometers landmass. Southern Kebbi is hilly and bounded to the north by Gummi Local Government Area of Zamfara State, North-west by Koko Local Government Area, South-west by Yauri Local Government Area, North-east by Bukkuyum Local Government Area of Zamfara State, south by Rijau Local Government Area of Niger state and a population of 582, 106 people (NPC, 2006; Yahaya, 2015). 

The area is inhabited by the following ethnic groups; Dakkarkari, Fakkawa, Dukkawa, Kelawa, Kambarawa, Katsinawan laka and Achifawa. Other settlers in the area are the; Hausa, Fulani, Yoruba, Igbo etc. The different religions found in the area are Islam, Christianity and traditionalist, However, the traditional worship of different deities is still upheld in the area with many festivals celebrated at various times of the year.                                                                                                   

The climate is marked by both wet and dry seasons of which wet season dominates between April to October and dry season between November to February. Average rainfall is between 1025mm and 1050mm/annum, mean temperature range between 31oC and 38oC and soil type is sandy loam which is suitable for agriculture. Animal husbandry is practiced side by side with crop production, on limited scale. The people of Zuru Emirate depend largely on the pastoral Fulani for meat, milk and butter. Hunting is an important economic activity after crop production and a supplement for meat production, hides and skin for shoes, warfare robes and local drums. Other economic activities are pot-making and weaving by women and blacksmithing by men.

Figure 1. Study Area

2.2. Materials and Methods

A multistage sampling technique was employed to select 120 respondents which involved the random selection of three (3) major clans and four (4) villages giving a total of twelve (12) villages and 10 persons from each village to give a one hundred and twenty (120) respondents sample size. A structured questionnaire was administered to respondents. Four functional multiple regressions were used to select the best fit. The choice of the best functional form was based on the magnitude of the R2 value, number of significant variables, size and signs of regression coefficients as they conform to a priori expectation. The four functional forms are:

linear function


semi-log function

Y=b0+b1log x1 + b2log2 + b3logx3 + b4logx4 + b5log x5 + b6log x6 + b7log x7 + b8log x8 ei


double log function

Log y=b0 + b1logx1 + b2logx2 + b3logx3 + b4logx4 + b5logx5 + b6logx6 + b7logx7 + b8logx8 ei

exponential function

Log y=b0+b1x1+b2x2+b3x3+b4x4+b5x5+b6x6+b7x7+b8x8+ei

y= rate of climate effect and rural-urban migration

x1=changes in precipitation patterns

x2= labour shortages in villages

x3=increase in rate of unemployment

x4=projected increase in temperatures

x5=increase in the prices of commodities

x6=changes in extreme weather events

x7=increased pressure on social amenities

x8=reduction in water availability

ei=Error Term

The implicit form of the correlation is stated thus;

y=b0 + bx


y=Agricultural productivity



x= Rate of Climatic influence and rural-urban Migration



Table 1 showed that 61.7% of the respondents were between the ages of 20 and 49, while 38.3% are the ages of 50 and 79. This implies a dominant youthful and energetic population in the rural demographic structure who have the tendency to migrate to the urban centers in search of greener pastures. Akanbe et al (2006) revealed that the average age of farmers in Nigeria was between 55-60 years and predicted that by 2030, it will rise to between 75-80 years. The consequences on agricultural productivity would be very unpleasant. The table also revealed a very high literacy level (86.70%) among the respondents.

Table 1: Socio-Economic Characteristics Variables




Age (Year)




















Educational Level













Marital Status













Housed Size




















Civil servant









Source: Field Survey, 2017

Also, 55.8% of the respondents are males, while 42.2% are females which is consistent with the findings of Agbolahor et al (2013) which revealed a deficit  of males between the age brackets of 15-19 to 40-44 in rural areas as the age brackets with the highest number of urban bound migrants engaged in non-farm occupation especially in Lelna speaking areas and non-Muslim northern parts of Nigeria. The study however showed an excess of this category of people in Southern Kebbi State of Nigeria.

Furthermore, 72.5% of the respondents had household sizes of between 5-11 persons which according to Dada (2011) household size is influenced by the need for extra labour in the farm. Instructively, too, all the respondents earned above the Nigerian minimum month wage of N18000 which is equivalent to 50 US dollars. What this portends is that all the respondents received income above the internationally acclaimed poverty line of one dollar per day and cannot be said to be poor. The relative monthly high income among the respondents is due to their educational status (68.6%) are graduates of secondary and tertiary institutions) which gave them the opportunity to perform dual roles as farmers and government civil servant at the local level with the capacity to earn over 50,000 monthly and equivalent to 150 US dollars.

Finally, 86.7% of the respondents had formal education which makes it possible for a flexible adoption of modern methods of farming and the utilization of improved seedlings and fertilizers.

Table 2 indicates the regression estimates of the effects of climate and rural-urban migration on agricultural productivity in Southern Kebbi State. Parameters considered are upward trend in temperatures, changes in precipitation patterns, changes in extreme weather events and water stress etc. Labour shortages, increase in unemployment rates, fluctuations in the prices of commodities and increased pressure on social amenities were also incorporated.

The R2 value of 0.943 indicates a 94.30% variability in the effects of climate and rural urban migration on agricultural productivity.

Table 2: Effects of Climate and Rural- Urban Migration on Agricultural Productivity


Linear +

Double log




0.16 (1.416)

0.009 (0.272)

-0.367 (-6.453***)

1.067 (14.208***)

Changes in precipitation patterns

-0.014 (-0.885)

-0.021 (-1.013)

-0.007 (-0.804)

-0.046 (-0.053)

Labour shortages in villages

0.008 (0.061)

0.039 (1.289)

-9.110E-5 (0.011)

1.292 (0.752)

Increase in the rate of unemployment

0.277 (3.186**)

0.73 (1.500)

0.205 (4.724***)

-0.116 (-0.295)

Projected increase in temperatures

0.008 (0.062)

0.014 (0.427)

0.010 (0.150)

0.026 (0.372)

Increase in prices of commodities

0.288 (4.353***)

0.275 (5.601***)

0.033 (0.986)

1.020 (9.646***)

Changes in extreme weather events

0.077 (1.153)

0.014 (0.255)

-0.034 (-1.038)

0.240 (1.983**)

Pressure on social amenities

-0.254 (-2.492**)

-0.264 (-1.404)

-0.135 (-2.653***)

-0.045 (-0.110)

Reduction in water availability

0.436 (9.150***)      

0.601 (15.503***)

0.267 (11.245***)

0.925 (11.111)






R adjusted





F statistics





Source: Field Survey, 2017

*,**,***; and *** are significant at 10.00%, 5.00% and 1.00% levels of probability, respectively. Figures in parenthesis are t- value + = lead equation.

The results in table 2 revealed that the coefficient of increase in the rate of unemployment (3,186) was positively related to climate change and rural-urban migration and was significant at 5% level of the probability. This implies that any increase arising presumably from climate and migration to urban centers will lead to a corresponding increase in number of the unemployed youths, hence reduction in agricultural output from the rural areas. This is probably because, as climate changes and people migrate agricultural activities are drastically affected. The coefficient of increase in prices of commodities (4.353) was also positively related to climate change and rural-urban migration and significant at 10% of probability. This implies that an increase in the prices of commodities will lead to a corresponding increase in cost of production, high standard of living and accelerated migration of people out of the rural areas to the urban centers for fear of eventualities.

The coefficient of increase in pressure on social amenities (-2.492) was negatively related to rural-urban migration and climate change and is significant at 5.00% level of probability. This implies that any increase in pressure of the social amenities, competition arises and various anti-social vices might prevail in urban settlements. Similarly, a corresponding increase in the rate of criminality and decrease in peaceful coexistence and political unrest in such cities might be observed. This is against the a priori expectation.

The coefficients of reduction in water availability (9.150) were also positively related to climate changes and rural-urban migration and highly significant at 1.0% level of probability. This implies that any decrease in water availability, climate and rural urban drift will correspondingly lead to a decrease in the rate of agricultural production. This is in accordance with a prior expectation, as it is believed that when there are water shortages food crop production is grossly affected and bumper harvests of both crops and animals may not be recorded.

Table 3 revealed a negative and significant relationship between climate change, rural- urban migration and agricultural productivity as rate of climatic effects and migration decreases agricultural productivity by 49.8%. This agrees with the prior expectation since migrants form the bulk of labour force in the farming enterprise. In other words, when young people migrate to urban centers farm labor automatically reduces and also food production reduces too.

Table 3. Climate, Rural-Urban Migration and Agricultural Productivity

Relationship between climate change, rural-urban migration and agricultural productivity.


Agric Productivity








Sources: Field Survey Data, 2017

The null hypothesis (Ho) which stated that there is no significant relationship between climate change, rural-urban migration and agricultural productivity was rejected. The alternative hypothesis (Ha) which stated that there is a significant relationship between climate change, rural-urban migration and agricultural productivity was accepted and is significant at 1.0% level of probability.


The study revealed that climate change and rural-urban migration has a direct effect on agricultural productivity in Southern Kebbi state. The study further showed that majority of the young people often migrate to the urban centers due to natural disasters, quest for improved standard of living, pursuit of better education as well as prospects for better employment opportunities thereby leaving the farm for the older generation which is not sustainable and a negative implication on agricultural productivity. Based on the findings, it is recommended that incentives be provide to farmers so as to discourage rural-urban drift especially the establishment of agro-allied industries in rural areas to enable rural dwellers adopt farming as a rewarding and sustainable venture. In addition, more educational institutions, skills acquisition centers and climate modifiers to stem the tides of rural-urban migration and boost agricultural productivity in the area.


The authors acknowledged the contributions of all those who reviewed this manuscript. The authors also declared a conflict of no interest on the paper. The authors contributions are complementary.


  1. Agbonlahor, M.U and NadEnilolobo, S.O (2013) Rural Immigrants Agriculture Labour Supply and Non-farm Economy in the South Western Nigeria. Journal of Applied Agriculture Resources Vol. 5, No. 1, Pp. 1-7.

  2. Akanbe, J.A., Adesiji, G., and Akinpelu, O.l. (2006) Effects of Youth Migration on Farmers Agricultural Production in Egbedore Local Government Area of Osun state, Nigeria. Proceeding of 8th National Research Conference and Network meeting CYAP in Nigeria, held in University of Ilorin, Kwara state.

  3. Ango, M. (2009) The Impact of Rural-Urban Migration on the Economy of the Rural Areas in Wudil Local Government Area of Kano State, Nigeria. Techno Science Journal Vol. 3, No.1, Pp. 1-7

  4. Barrios, S. Bertinelli, L., and Strobl, E. (2006) Climatic Change and Rural-Urban Migration: The Case of Sub-Saharan Africa. Elsevier Journal of Urban Economics, Vol. 60, Pp. 357-371(Available online at

    View Article           
  5. Berg, P., Haerter, J. O. Thejll, P. Piani, C. Hagemann, S. and Christensen, J. H. (2009) Seasonal characteristics of the relationship between daily precipitation intensity and surface temperature, J. Geophys. Res., 114, D18102, doi:10.1029/2009JD012008.

    View Article           
  6. Dada, E.A (2011) Resources Management and Food Insecurity in Nigeria, Journal of Economics and Sustainable Development, Vol. 2, No. 5.

  7. Gana, E.E (2010) Rural Sociology, An Introduction and Analysis of Rural Nigeria, Dove Educational Publishing, Uyo, Ngeria.

  8. IPCC (2007) Fourth Assessment Report, Observations: Surface and Atmospheric Climate Change, in Climate Change 2007: The Physical Science Basis. Contribution of Working Group I to the Fourth Assessment Report of the Intergovernmental Panel on Climate Change, edited by S. Solomon, Cambridge Univ. Press, Cambridge, U. K.

  9. Joshua, E. (2012) Rural Urban Youth migration on Farm Families in Benue State, Nigeria. International Journal of Agricultural Resources Innovation and Technology Vol. 6, No. 1

  10. Mbah, F.A and Moses, S. (2015) Migration and Rural Employment in Conjunction with the Thirteenth Section of FAC Governing Council, Food and Agricultural Organization, Rome, Italy. Pp. 32-35.

  11. NPC (2006) Nigeria Population Commission, Abuja.

  12. Sahabi, D.W. (2009) Rural-Urban Migration on Agricultural Development in Nigeria on Agricultural development in Nigeria. ART social international resources journal. 1:130

  13. Stephen, U. (2010) Determination of Fertilizer Adoption by Rice Farmers in Bende Local Government Area of Abia State, Nigeria". Nigeria Agricultural Journal, Vol. 41, No. 2, Pp. 1-6.

  14. Trenberth, K. E., A. Dai, Rasmussen, R. M., and Parsons, D. B. (2003) The Changing Character of Precipitation, Bull. Am. Meteorol. Soc., Vol. 84, Pp. 1205-1217.

    View Article           
  15. United Nations (2004) Human Settlement Programme (UN-HABITAT)

  16. United Nations (2004) Rural Urban Migration and its Consequences on Rural Children" in mini, S.E (2001). The Impact of Rural village.

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