Factors Influencing Household Food Security in West Africa: The Case of Southern Niger

Abstract

Food insecurity is a major challenge for Niger and for many African countries. The purpose of this study is to investigate the factors affecting household food security in Niger. Based on survey data covering 500 households, drought, high food prices, poverty, soil infertility, disease and insect attacks are reported by the respondents to be the main causes of food insecurity. The empirical results from logistic regression revealed that the gender of the head of household, diseases and pests, labor supply, flooding, poverty, access to market, the distance away from the main road and food aid are significant factors influencing the odds ratio of a household having enough daily rations. Another important finding is that female headed households are more vulnerable to food insecurity compared to male headed households. The findings of this study provide evidence that food insecurity continues to affect the Nigerien population.

1. Introduction

Maintaining food security at the country level and household level is still a major challenge for many developing countries. According to the Food and Agriculture Organization [1], about 870 million people are estimated to have been undernourished (in terms of dietary energy supply) in the period 2010–2012. This figure represents 12.5% of the global population. The vast majority of these, 852 million live in developing countries, where the prevalence of undernourishment is now estimated at 14.9% of the population.

FAO [2] defined food security as a situation “when people, at all times, have physical and economic access, safe and nutritious food to meet their dietary needs and food preferences for an active and healthy life”. According to this definition, there are three important interlinked components of food security: availability, access and utilization. Therefore, a household is food secure in a given time period if it has enough food to provide its members all the usual meals in a day, for the entire period. Otherwise, the household is food insecure. The ability to ensure adequate food security hinges on the ability to identify vulnerable households. The degree of vulnerability of an individual, household or group of persons is determined by their exposure to the risk factors and their ability to cope with or withstand stressful situations.

In Niger, food security analysis has attracted the attention of the Niger government and many international organizations, due to severe a food crisis experienced in the past in the country. The Nigerien government with the assistance of international institutions, such as FAO and the European Union, used to carry out a joint post-harvest household food security assessment to identify the vulnerable zones and target people for early prevention and management of the food crisis. The World Food Program [3] reported that food insecurity is caused by the uncertainty of climate, the poor performance of the agriculture sector and poverty. Food insecurity significantly affects a large Nigerien population and varies across regions and seasons. According to the United States Agency for International Development [4], on an annual basis, 22% of Niger’s population suffer from chronic food insecurity (per capita consumption of <1800 kcal/person/day). Food insecure households suffer from a weak livelihood base and risky coping strategies. These households spend up to 72% of their income on food [5]. Food insecurity is aggravated by high incidences of rural poverty, which translate at the household level into low purchasing power, lack of access to food by vulnerable groups, rampant malnutrition and poor access to health facilities [6]. Niger is one of the world poorest countries, with limited per capita purchasing power; the country has a 63% poor population. One key determinant of poverty in Niger is overdependence on subsistence farming with limited access to gainful off-farm employment and income-generating activities. This high poverty incidence combined with high population is a major factor affecting household food security.

Despite the tremendous combined efforts of the Nigerien government and many International Organizations and Non-Governmental Organizations (NGOs) in fighting and monitoring hunger, food insecurity still affected a large number of the Nigerien population. Thus, an important question may be raised about the effectiveness and efficiency of the evaluation of food security in the country. According to FAO [7], there is no single measure to analyze the level of the food security of a population, a community or an individual. Food security is highly complex in that it is determined by a range of interrelated agro-environmental, socioeconomic and biological factors, all of which have to be addressed to conclude whether food security exists or not.

The main objective of this study is to identify the factors influencing household access to food. This study may also provide much needed baseline information on the food security and may contribute to the existing literature in helping to implement a proper policy against the population’s vulnerability to food insecurity. As household food security is subject to change, it is important to investigate its determinants to predict future shocks and also to understand how the household responds to food insecurity.

2. Materials and Methods

2.1. Description of the Study Area

The survey was conducted in the district of Kollo, Southern Niger, during the period June–July, 2012. The Kollo district lies between longitude 1°30′ and 2°55′ and latitude 12°30′ and 13°53′. It has a total population of over 397,304 inhabitants and a total land mass of 9804 km². The infrastructures of the district are poorly developed. Agriculture is the main economic activity, exerted by more than 90% of the population in the region. Agricultural production in the study area is characterized by subsistence farming, where rural household needs determine the scale of production. Millet and sorghum are the main crops cultivated in this area. Crop production depends mainly on a 3-month raining season (July to September), followed by a long dry season. The average annual rainfall ranges between 350 to 450 mm. Small pieces of land, generally inherited, are cultivated by individual owners or sub-owners using the traditional methods of farming systems. The most commonly used agricultural tools include hand tools, which are owned by almost all households. Food crops are grown for home consumption, and only the surplus is sold in local market. Cash crops are grown to earn some extra-money to purchase food that cannot be produced on the farm. Cash crops are often difficult to define, though cowpeas, groundnuts, okra and sesame are considered as cash crops. For those households that owned livestock, bulls are kept for draft power, while milk, meat and hide are sold or used directly by the households. Irrigated rice cultivation is carried out along the Niger River, where farmers are grouped in cooperatives. Off-farm activities are dominated by the cultivation of vegetables and fruits along the Niger River valley and in the lowland areas. Women are mainly involved in the production of vegetables, such as tomatoes and onions. While most villagers are involved in sedentary agriculture, many still combine other activities, such as small trade, animal rearing, etc.

2.2. Data Collection

A random sampling approach was adopted, where the questionnaire was administered through individual structured interviews with the heads of the households in 15 selected villages. A total number of 500 households were covered. The survey gathered qualitative and quantitative data pertaining to the social, demographic and economic aspects of the households. We also included items related to the causes of food insecurity in the region, as well as access to the market, receipt of food aid and the distance of the village away from the main road. The information about the background of the head of the household revealed the respondent’s age, household size, level of education, main occupation, assets owned and gender. The situation of the stock status was measured through the availability of sufficient daily rations for household members, the number of meals taken per day and the number of days per week meat or fish is eaten in the household. The odds of reporting that one often experienced food shock were also included in the analysis. The major food concern of a household is to have enough food to eat, at all times; basically (in terms of quantity and availability), to feed all its members. The nutritional aspect (diet quality) is secondary for most developing countries. The items used in the measurement of relative causes of food insecurity in the area are dummy variables, such as drought, disease and insect attacks, floods, soil infertility, lack of farm inputs, lack of enough land to cultivate, lack of money to buy foodstuffs and high food prices. Because of complex varieties of African households, in this study, we defined a household as people who eat and work together in the family to ensure the production of food and welfare for its members.

2.3. Statistical Analysis

In this study, we consider a household as food secure in a given time if it always has enough food to provide to its members in a day for the entire period. Otherwise, the household is considered as food insecure. Since the dependent variable (having enough daily ration) is dichotomous, we used a binary logistic regression model to examine the factors that influence the odds ratio of the household food status. The odds ratio is the ratio of the probability that a household would always have enough daily rations for its members to be food secure (Pi) to the probability of a household not always having enough food to be food insecure (1 − Pi). The dependent variable used in the study is a dummy variable that takes the value of one, if the daily ration is always sufficient for household members (food secure); 0 otherwise (food insecure). We estimated sufficient daily rations as a function of several independent variables, as presented in Table 1.

The logistic model of the relationship between the household food security status variable (FSS) and its explanatory variables is specified as follows [8]:

ln [Pi/(1 − Pi)] = β₀ +β₁X_1i + β₂X_2i +…….+ β₁₇X_17i

(1)

where subscript i denotes the i-th observation in the sample, P is the probability of the outcome, β₀ is the intercept term and β₁, β_2, …..,β₁₇ are the coefficients associated with each explanatory variable, X₁, X₂, ..., X₁₇.

The estimated coefficients do not directly indicate the effect of change in the corresponding explanatory variables on the probability (P) of the outcome occurring. Rather, the coefficients reflect the effect of individual explanatory variables on the odds ratio of the dependent variable (i.e., the household being food secure or food insecure).

Table 1. Description of variables used in the logistic regression model.

Variables	Definition
Dependent variable
FSS, food security status (Y)	1 if ration is always enough for household members, 0 otherwise
Independent variables
HHAge (X1)	Number of years of age
HHSex, Gender (X2)	1 if household head is male, 0 otherwise
HHE, level of education (X3)	1 if household head is literate, 0 otherwise
FS, family size (X4)	Number of household members
Asset (X5)	1 if household owns assets, 0 otherwise
Drought (X6)	1 if food insecurity is caused by drought, 0 otherwise
Diseases and insects (X7)	1 if food shortage is caused by disease and insect attacks, 0 otherwise
Labor (X8)	1 if food shortage is caused by lack of enough labor, 0 otherwise
Flooding (X9)	1 if food shortage is caused by flooding, 0 otherwise
Soil infertility (X10)	1 if food shortage is caused by soil infertility, 0 otherwise
Farm inputs (X11)	1 if food shortage is caused by lack of farm inputs, 0 otherwise
Land (X12)	1 if food shortage is caused by lack enough land to cultivate, 0 otherwise
Money (X13)	1 if food shortage is caused by lack of money to buy provisions, 0 otherwise
Food prices (X14)	1 if food shortage is caused by high food prices, 0 otherwise
FA, food aid (X15)	1 if household used to receive food aid, 0 otherwise
Market (X16)	1 if household has access to market, 0 otherwise
Distance from main road (X17)	Number of km of the village from the main road

Table 1. Description of variables used in the logistic regression model.

Variables	Definition
Dependent variable
FSS, food security status (Y)	1 if ration is always enough for household members, 0 otherwise
Independent variables
HHAge (X1)	Number of years of age
HHSex, Gender (X2)	1 if household head is male, 0 otherwise
HHE, level of education (X3)	1 if household head is literate, 0 otherwise
FS, family size (X4)	Number of household members
Asset (X5)	1 if household owns assets, 0 otherwise
Drought (X6)	1 if food insecurity is caused by drought, 0 otherwise
Diseases and insects (X7)	1 if food shortage is caused by disease and insect attacks, 0 otherwise
Labor (X8)	1 if food shortage is caused by lack of enough labor, 0 otherwise
Flooding (X9)	1 if food shortage is caused by flooding, 0 otherwise
Soil infertility (X10)	1 if food shortage is caused by soil infertility, 0 otherwise
Farm inputs (X11)	1 if food shortage is caused by lack of farm inputs, 0 otherwise
Land (X12)	1 if food shortage is caused by lack enough land to cultivate, 0 otherwise
Money (X13)	1 if food shortage is caused by lack of money to buy provisions, 0 otherwise
Food prices (X14)	1 if food shortage is caused by high food prices, 0 otherwise
FA, food aid (X15)	1 if household used to receive food aid, 0 otherwise
Market (X16)	1 if household has access to market, 0 otherwise
Distance from main road (X17)	Number of km of the village from the main road

3. Descriptive Results

3.1. Household Characteristics

Table 2 presents the demographic and socioeconomic characteristics of the respondents. Up to 90% of the household heads exert farming as a main occupation. Few of the respondents practice fishing (3.2%), trade (1.8%), public workers (3.2%) and animal rearing (0.6%). The average age is 45.82 years-old, which implies that household heads have the ability to use their own labor to farm. FAO classified the average of economically productive population within the range of 15–64 years-old. In the assessment of the assets of the household, we only considered two main items (ownership of land and animal). There are 97.8% of people sampled who were found to own land. In Niger, 76% of land is traditionally inherited. Unfortunately, with the high population growth, available land is continuously being divided among families and being overused. The scarcity of land sometimes causes many conflicts among families and also between farmers and pastoralists. Rural farming families have landholdings averaging five acres of dry land. Some families also have access to small plots (less than one hectare) of irrigated land. The deteriorating quality of the soil has caused farmers to expand the area of land cultivated, often encroaching on land used by pastoralists for grazing and creating the potential for conflict [9]. Table 2 also shows that the average family size is relatively big (eight persons), which is important for generating a labor supply, the vital factor for agricultural production, especially in those poor developing countries. There are 70% of respondents to have reported to own animals. Niger farmers usually rear animals, which serve as critical input in farm operations and an important source of capital for the household. Livestock can be considered as insurance for the household, as animals are sold to purchase food during shock periods. Concerning gender and the education of the respondents, the results show a high number of males (87.4%) and a low level of literacy (26.6%).

Table 2. Summary of the demographic and socio-economic characteristics of respondents.

Characteristics	Statistics
	Respondents	Unit
Number of respondents	500	Number
Age of head of household	45.82	Mean
Household size	8.19	Mean
Gender
Male	87.4	%
Female	12.6	%
Level of Education
No formal education	73	%
Primary	18	%
Secondary	8.6	%
Others	4	%
Main Occupation of Head of Household
Farmers	89.4	%
Fishermen	3.2	%
Traders	1.8	%
Herders	0.6	%
Public workers	1.8	%
Others	3.2	%
Assets
Land + animals	56.8	%
Land + animal + others	13	%
Land only	26	%
Animal only	1	%
Others	3.2	%

Table 2. Summary of the demographic and socio-economic characteristics of respondents.

Characteristics	Statistics
	Respondents	Unit
Number of respondents	500	Number
Age of head of household	45.82	Mean
Household size	8.19	Mean
Gender
Male	87.4	%
Female	12.6	%
Level of Education
No formal education	73	%
Primary	18	%
Secondary	8.6	%
Others	4	%
Main Occupation of Head of Household
Farmers	89.4	%
Fishermen	3.2	%
Traders	1.8	%
Herders	0.6	%
Public workers	1.8	%
Others	3.2	%
Assets
Land + animals	56.8	%
Land + animal + others	13	%
Land only	26	%
Animal only	1	%
Others	3.2	%

3.2. Source of Household Food

As presented in Table 3, the primary source of food consumed in the households is from their own production. More than 80% of the Niger population depends on crop production and animal rearing for their livelihood. Domestic food production plays an important role in Niger food security. The market is the second source of households’ food supply. Though the majority of households is engaged in farming, almost all households are net purchasers of food. Most of the households do not produce sufficient quantities to cover the consumption needs over the season. Some of them sell part of their production to cover the production expenses and other needs, such as weddings and children school fees.

Table 3. Sources of household food.

Sources of household food	Frequency (N)	Percent
Own production only	5	1%
Own production and market purchase	425	85%
Market purchase only	26	5.2%
Others	44	8.8%
Total	500	100%

Table 3. Sources of household food.

Sources of household food	Frequency (N)	Percent
Own production only	5	1%
Own production and market purchase	425	85%
Market purchase only	26	5.2%
Others	44	8.8%
Total	500	100%

The prevalence of food insecurity is reported in Table 4. Out of 500 respondents, 92.6% fear running out of food in the coming days. The average daily meal number is 2.57, which is less than the normal three meals per day. The average meat or fish intake is two to three days per week. This attests to the poor quality of the diet of the households. Some households eat meat or fish only during the weekly market day, once or twice a week. Thus, even though they intend to purchase meat, they do not always have access to markets where meat is available for sale. According to surveys conducted by the Niger Government on household budgets, over 80% of daily caloric consumption came from cereals (millet, sorghum and other cereals) in 2005 and 70% in 2006. In 2005, there were 59% of the population consuming less than the minimum caloric requirement of 2,100 calories per day for an adult population, as defined by the World Health Organization, while in 2006, about 52% of the population consumed less that this minimum requirement [3]. Only 48% of respondents reported that their daily rations had been always enough for their members. These statistics indicate a high prevalence of food insecurity in the region. We have to note that the period between June–July is a hard period of the year, as most households that depend on their own production for food may have already finished their stocks and relied solely on the market for food. According to Humanitarian Exchange Magazine [10], in April, 2005, a typical household in Niger depended on market purchases for 90% of its food.

Table 4. Household food availability status.

Items	Frequency (N)	% or Mean
Fear that food will run out	463	92.6
Number of meals per day (mean)	500	2.57
Number of days meat or fish is taken per week (mean)	500	2.38
Ration always sufficient for household members	240	48

Table 4. Household food availability status.

Items	Frequency (N)	% or Mean
Fear that food will run out	463	92.6
Number of meals per day (mean)	500	2.57
Number of days meat or fish is taken per week (mean)	500	2.38
Ration always sufficient for household members	240	48

3.3. Causes of Food Insecurity

Through the survey, we identified several possible causes of food insecurity in Niger, as shown in Table 5. Among them, drought seems to be the major cause of food insecurity in Niger. Out of 500 respondents, 94.2% agreed that drought contributes to household food insecurity. Nigerien agriculture is highly affected by the timeliness and irregularity in rainfalls and other climatic factors. Low precipitation is the main limiting factor for crop production. Rainfall is very low and erratic, with periods of drought often followed by devastating flash floods. Water resources are limited, unevenly distributed and not easily accessible. As a result, a large part of the country is unsuitable for rain-fed agriculture, and natural pastures are being depleted. Drought often results in increases in the prices of food products, and most households who depend solely on their own production lack purchasing power to buy food to satisfy the needs of their members. 71.8% of the households sampled agreed that having enough daily ration is affected by high food prices. Soil infertility is another major constraint to Nigerien agriculture. 62% of respondents reported that food insecurity is related to soil infertility. Land degradation, particularly due to soil fertility depletion and soil erosion, is a serious constraint to agricultural productivity. Due to harsh environmental conditions, not all crops can be grown in Niger, thus limiting agricultural production to a few crops. Soils in Niger are inherently fragile, low in carbon and poor in plant nutrients. Therefore, when these soils are poorly managed (as is often the case), the outcome in terms of human welfare and environmental sustainability can be dramatic. Limited farm inputs seriously affect agricultural productivity. When farmers cannot afford yield-enhancing inputs, low productivity and food insecurity can follow. Most traditional farms have inadequate capital for the purchase of costly inputs, such as farm machinery, fertilizer, herbicide and pesticide, which contribute to the low cereal production. Farm operations, from land clearing to crop harvesting and processing, are carried out by hand using simple tools, such as a hoe, cutlass, axe, sickle and other local farm implements, by the majority of Niger farmers. In general, technology-based agriculture has not come to Niger on a significant scale. In short, the absence of new technologies in agriculture will slow the growth of agricultural productivity and the reduction of rural poverty. Agricultural techniques are still rudimentary; there are a few tractors in use (only 130 in 1998). Pest and disease attacks of crops are also serious problems affecting the grain production in Niger. Some of the common pests of cereal crops in Niger are locust, termites, birds and mammals, like rats, while diseases include smut, blight and root rot, etc. Niger’s food crisis in 2005 has been attributed to a locust invasion and drought that devastated crop production. Flooding also often affects Niger crop farms. Rice farms along the Niger River are usually flooded, thus reducing harvest and production areas. The high poverty index among the Nigerien population affects the daily ration of many households. Niger is classified as one of the world’s poorest countries. Even though food is available at market, many households do not have money to purchase food. Labor constraint is not a major cause for household food insecurity, despite 41.6% of respondents agreeing that it affects the daily ration, as the average number of a family size is high. Indeed, there are some families where members used to migrate to neighboring countries, which can affect labor availability.

Table 5. Causes of food insecurity.

Causes of food insecurity	Responses
	Frequency (N)	Percent
Drought	471	94.2%
Diseases and insects	289	57.8%
Lack of enough labor	208	41.6%
Flooding	181	36.2%
Soil infertility	310	62.0%
Lack of enough inputs	292	58.4%
Land not enough	226	45.2%
Lack of money	282	56.4%
Increased in food prices	359	71.8%

Table 5. Causes of food insecurity.

Causes of food insecurity	Responses
	Frequency (N)	Percent
Drought	471	94.2%
Diseases and insects	289	57.8%
Lack of enough labor	208	41.6%
Flooding	181	36.2%
Soil infertility	310	62.0%
Lack of enough inputs	292	58.4%
Land not enough	226	45.2%
Lack of money	282	56.4%
Increased in food prices	359	71.8%

4. Empirical Results and Discussion

Factors Affecting Food Security

The binary logistic regression results in Table 6 show the determinants of food security (ration always enough for all household members). The logistic regression model indicated that the overall predictive power of the model (75%) was quite high, while the significant Chi square (χ² = 184.057, p < 0.01 with df = 17) and pseudo-R² were indicative of the strength of the joint effect of the covariates on the probability of a sufficient daily ration of the household members. The Wald values demonstratedthe relative contribution of individual variables to the odds probability of the household to have enough food for its members. The regression model estimates which factors are associated with significantly increased odds of having enough daily rations for household members.

Table 6. Logistic regression coefficients of the factors affecting the household food security status.

Variables	B	Standard Error	Wald	p-value	E (B)
EHH	0.227	0.270	0.705	0.401	1.255
Gender	0.955	0.365	6.993	0.008 ***	2.624
HHAge	0.003	0.010	0.103	0.749	1.003
HSize	−0.043	0.028	2.491	0.114	0.957
Asset	0.880	1.023	0.740	0.390	2.412
Drought	0.160	0.543	0.087	0.768	1.173
Diseases and insects	−0.586	0.313	3.515	0.061 *	0.556
Labor	0.618	0.303	4.159	0.041 **	1.854
Floods	−0.784	0.311	6.347	0.012 **	0.457
Soil infertility	0.131	0.280	0.217	0.641	1.140
Farm inputs	−0.047	0.292	0.026	0.872	0.954
Land	0.214	0.284	0.570	0.450	1.239
Lack of money	−1.181	0.309	14.598	0.000 ***	0.307
Food prices	−0.440	0.288	2.339	0.126	0.366
Market	−1.081	0.294	13.538	0.000 ***	0.339
Distance from main road	0.148	0.022	44.671	0.000 ***	1.160
FA	−0.974	0.261	13.909	0.000 ***	0.378
Constant	−0.135	1.233	0.012	0.913	0.874
Pseudo-R2	0.411
LR test a	508.442

Notes: a likelihood ratio (LR) test is used to test the null hypothesis that there is no relationship between the log of odds of household food security and the set of independent variables included in the model. *, ** and *** indicate significance at 10%, 5% and 1% respectively.

Table 6. Logistic regression coefficients of the factors affecting the household food security status.

Variables	B	Standard Error	Wald	p-value	E (B)
EHH	0.227	0.270	0.705	0.401	1.255
Gender	0.955	0.365	6.993	0.008 ***	2.624
HHAge	0.003	0.010	0.103	0.749	1.003
HSize	−0.043	0.028	2.491	0.114	0.957
Asset	0.880	1.023	0.740	0.390	2.412
Drought	0.160	0.543	0.087	0.768	1.173
Diseases and insects	−0.586	0.313	3.515	0.061 *	0.556
Labor	0.618	0.303	4.159	0.041 **	1.854
Floods	−0.784	0.311	6.347	0.012 **	0.457
Soil infertility	0.131	0.280	0.217	0.641	1.140
Farm inputs	−0.047	0.292	0.026	0.872	0.954
Land	0.214	0.284	0.570	0.450	1.239
Lack of money	−1.181	0.309	14.598	0.000 ***	0.307
Food prices	−0.440	0.288	2.339	0.126	0.366
Market	−1.081	0.294	13.538	0.000 ***	0.339
Distance from main road	0.148	0.022	44.671	0.000 ***	1.160
FA	−0.974	0.261	13.909	0.000 ***	0.378
Constant	−0.135	1.233	0.012	0.913	0.874
Pseudo-R2	0.411
LR test a	508.442

Notes: a likelihood ratio (LR) test is used to test the null hypothesis that there is no relationship between the log of odds of household food security and the set of independent variables included in the model. *, ** and *** indicate significance at 10%, 5% and 1% respectively.

We found a significant positive relationship between the gender of the head of the household and the food security. Male-headed households are more food secure compared to female headed households. The expected odd ratio of gender is equal to 2.64 which indicate that the male-headed households have 2.6 times chance to be food secure compared to female-headed households. Similar results were found by Felker-Kantor and Wood [11] in a study carried out on female-headed households and food insecurity in Brazil. They revealed that the odds of food insecurity are higher among female-headed households compared to male-headed households. In Niger, female-headed households are relatively poorer, and most of them are widows. The dummy variable (disease and insect attacks) is found to have a significant negative relationship with the dependent variable. Disease and insect attacks affect household food production, thereby contributing to food insecurity. The floods coefficient exerts a negative and significant effect on household food security. Flood is associated with a high production loss or even leaving the farm uncultivated, thus affecting household food availability. The results also revealed a negative and significant association between the lack of money (poverty) and food security. The high poverty index among the population is a major factor causing food insecurity in Niger. Many households, even though food is available at market, lack purchasing power to provide food for their members. According to a World Bank report [6], the prevalence of poverty and extreme poverty are relatively higher in rural areas, with 65.7% of the population in rural areas living below the poverty line, compared to 55.5% in urban areas. The distance from the main road can influence positively and significantly the odds probability of household food security. Infrastructure, such as roads, is important in the quick transportation of agricultural products, thereby facilitating market integration among regions. This will help to move the products from surplus areas to deficit areas to reduce the impact of food shocks on households.

In addition, and unexpectedly, the results revealed a positive coefficient for labor shortage, while coefficients for access to the market and food aid are found to have a negative and significant influence on the odds of the probability of a household to be food secure. The positive effect on the probability of a household’s food security may be because of the fact that labor is not well exploited. Lack of labor will have a dramatic impact on agricultural production and household food security. Because of low mechanization in Nigerien agriculture, human labor is crucial for land preparation, weeding and harvesting processes. Market access is where a household can purchase food at any time of the year, thus it plays a role in the household food availability system. However, the coefficient of market access revealed a negative influence on the odds ratio of the household having enough daily rations. We have to note that there is a negative impact of market forces from the supply and demand sides sometimes affecting household food availability. Farmers usually sell their products at lower prices during harvest periods, because they need cash, then rely on the market for supply after a few months, when the food prices may be at their peaks. The results show that food aid influences negatively and significantly the household food security. Food aid is frequently part of the international response to a national or economy-wide extreme crisis. These crises pose an immediate or imminent threat to lives, livelihoods, short-term stability and longer-term development. Barrett and Maxwell [12] argued that food aid contributes to economic development and protects basic human rights, where the aid fills a severe food gap. Food aid transfers play a safety net role by reducing vulnerability and protecting productive assets. Barrett [13] revealed that food aid decreased government support to agriculture in the long-run and caused distortion in the local price of food items. For instance, the income of a rice farmer will be affected by the subsidized sale of rice from the government to vulnerable people, as it fluctuates market price and reduces the household purchasing power. Indeed, food aid helps to relieve the temporary hunger of affected people, but may have a long-term negative effect on local food production, as many households will intend to rely on aid. Governments that used to receive international food aid tend to rely on it and will sometimes not give appropriate attention to their domestic agricultural production.

5. Conclusion and Policy Implications

The findings of this study provide evidence that food insecurity continues to affect the Nigerien population and the development of the country. The results attest to the high prevalence of food insecurity among households; less than 10% of respondents may be considered food secure (as 92.6% of respondents reported fearing running out of food stocks). Even though food may be available at all times for household members in enough quantity, there is no guarantee that the diet provides them the required calories needed to be food secure. For example, if a household produces only millet, which forms the main component of the diet and can sustain the household food availability from one season to the next, the household considers itself to be food secure. Yet, from a nutritional point of view, the household could be food insecure, because such a diet would be deficient in proteins, oils and vitamins.

The vulnerability to food insecurity is more severe during poor harvest seasons in which most households were unable to produce enough food to keep feeding their members throughout the year. The odds of enough food for household members is influenced significantly by a number of factors, such as poverty, drought, floods, diseases and pest attacks; the gender of the head of the household, access to market, food aid, the distance of the village from the main road and labor supply. The negative impact of these factors does not only affect household food security, but also has long-term consequences for life and survival of household members as a unit. To achieve this, as the primary source of food for 80% of the Nigerien population is from their own production, which is the case of most sub-Saharan countries, improving household-level food production through assistance from the government, adequate supply of farm inputs and ensuring their proper use in the production process will help to increase productivity. Investments in irrigation are crucial to increase food availability in Niger, and reducing labor migration through the development of off-farm employment for rural dwellers is essential. The majority of households rely on the market as their secondary source of food supply. Therefore, facilitating market integration through the development of local infrastructures and proper trade policies to ease the circulation of agricultural products between countries or regions will help to move foods from surplus producing areas to food shortage places to reduce the impact of shocks. National and international development organizations should concentrate their projects on activities that will raise rural and urban incomes to alleviate poverty and to promote household welfare. The study revealed that female-headed households are more vulnerable to food insecurity compared to male-headed households. Therefore, more attention and assistance should be given to them during a food crisis. In Africa, women play a major role in household food security. They are the primary caregivers and contribute to acquiring or producing food for the household. Disease, pest attacks and floods significantly and negatively influence the food security of the household. Proper prevention measures should be taken at the national and household levels to avoid production losses from diseases, pests and floods.