Farmers' perceptions of erosion by wind and water in northern Burkina Faso

Wind and water erosion are widespread phenomena throughout the Sahel, especially in the early rainy season, when high‐intensity rainstorms are often preceded by severe windstorms. This paper describes the results of a survey on the farmers' perceptions of wind and water erosion processes and co...

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Published inLand degradation & development Vol. 14; no. 1; pp. 123 - 132
Main Authors Visser, S. M., Leenders, J. K., Leeuwis, M.
Format Journal Article
LanguageEnglish
Published Chichester, UK John Wiley & Sons, Ltd 01.01.2003
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ISSN1085-3278
1099-145X
DOI10.1002/ldr.530

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Abstract Wind and water erosion are widespread phenomena throughout the Sahel, especially in the early rainy season, when high‐intensity rainstorms are often preceded by severe windstorms. This paper describes the results of a survey on the farmers' perceptions of wind and water erosion processes and control measures. In three villages in northern Burkina Faso, 60 farmers were interviewed using semi‐structured questionnaires. According to most of the farmers, wind‐blown particle transport has an influence on the fertility and the infiltration capacity of the soils. They considered wind‐blown particle transport damaging for their crops. Seedlings are damaged by scouring grains of sand or lost when buried in sand deposits. Only 32 per cent of the farmers observed runoff and 15 per cent observed erosion and deposition during periods of high intense rainfall. According to 22 per cent of the farmers intense rainfall has a negative effect on crop production. Plants die because of the effects of stagnating water and plants are damaged by the forces of flowing water. All farmers are familiar with techniques to reduce soil erosion and 96 per cent applied one or more of these techniques. The indigenous techniques are application of manure and mulch. The main constraints to apply these techniques are lack of labour, manure and mulch. New techniques introduced by agricultural organizations are zaï (a traditional agricultural practice whereby pits of diameter 10–15 cm are filled with compost for sowing) and half‐lines, stone rows and sand ridges. Farmers have a good knowledge of wind erosion processes, but do not report the effects of water erosion processes. The farmers are willing to apply new techniques to control soil erosion, but the main constraints to apply these measures are insufficient knowledge and lack of labour. Copyright © 2002 John Wiley & Sons, Ltd.
AbstractList Wind and water erosion are widespread phenomena throughout the Sahel, especially in the early rainy season, when high‐intensity rainstorms are often preceded by severe windstorms. This paper describes the results of a survey on the farmers' perceptions of wind and water erosion processes and control measures. In three villages in northern Burkina Faso, 60 farmers were interviewed using semi‐structured questionnaires. According to most of the farmers, wind‐blown particle transport has an influence on the fertility and the infiltration capacity of the soils. They considered wind‐blown particle transport damaging for their crops. Seedlings are damaged by scouring grains of sand or lost when buried in sand deposits. Only 32 per cent of the farmers observed runoff and 15 per cent observed erosion and deposition during periods of high intense rainfall. According to 22 per cent of the farmers intense rainfall has a negative effect on crop production. Plants die because of the effects of stagnating water and plants are damaged by the forces of flowing water. All farmers are familiar with techniques to reduce soil erosion and 96 per cent applied one or more of these techniques. The indigenous techniques are application of manure and mulch. The main constraints to apply these techniques are lack of labour, manure and mulch. New techniques introduced by agricultural organizations are zaï (a traditional agricultural practice whereby pits of diameter 10–15 cm are filled with compost for sowing) and half‐lines, stone rows and sand ridges. Farmers have a good knowledge of wind erosion processes, but do not report the effects of water erosion processes. The farmers are willing to apply new techniques to control soil erosion, but the main constraints to apply these measures are insufficient knowledge and lack of labour. Copyright © 2002 John Wiley & Sons, Ltd.
Wind and water erosion are widespread phenomena throughout the Sahel, especially in the early rainy season, when high‐intensity rainstorms are often preceded by severe windstorms. This paper describes the results of a survey on the farmers' perceptions of wind and water erosion processes and control measures. In three villages in northern Burkina Faso, 60 farmers were interviewed using semi‐structured questionnaires. According to most of the farmers, wind‐blown particle transport has an influence on the fertility and the infiltration capacity of the soils. They considered wind‐blown particle transport damaging for their crops. Seedlings are damaged by scouring grains of sand or lost when buried in sand deposits. Only 32 per cent of the farmers observed runoff and 15 per cent observed erosion and deposition during periods of high intense rainfall. According to 22 per cent of the farmers intense rainfall has a negative effect on crop production. Plants die because of the effects of stagnating water and plants are damaged by the forces of flowing water. All farmers are familiar with techniques to reduce soil erosion and 96 per cent applied one or more of these techniques. The indigenous techniques are application of manure and mulch. The main constraints to apply these techniques are lack of labour, manure and mulch. New techniques introduced by agricultural organizations are zaï (a traditional agricultural practice whereby pits of diameter 10–15 cm are filled with compost for sowing) and half‐lines, stone rows and sand ridges. Farmers have a good knowledge of wind erosion processes, but do not report the effects of water erosion processes. The farmers are willing to apply new techniques to control soil erosion, but the main constraints to apply these measures are insufficient knowledge and lack of labour. Copyright © 2002 John Wiley & Sons, Ltd.
Wind and water erosion are widespread phenomena throughout the Sahel, especially in the early rainy season, when high-intensity rainstorms are often preceded by severe windstroms. This paper describes the results of a survey on the farmers' perceptions of wind and water erosion processes and control measures. In three villages in northern Burkina Faso, 60 farmers were interviewed using semi-structured questionnaires. According to most of the farmers, wind-blown particle transport has an influence on the fertility and the infiltration capacity of the soils. They considered wind-blown particle transport damaging for their crops. Seedlings are damaged by scouring grains of sand or lost when buried in sand deposits. Only 32 per cent of the farmers observed runoff and 15 per cent observed erosion and deposition during periods of high intense rainfall. According to 22 per cent of the farmers intense rainfall has a negative effect on crop production. Plants die because of the effects of stagnating water and plants are damaged by the forces of flowing water. All farmers are familiar with techniques to reduce soil erosion and 96 per cent applied one or more of these techniques. The indigenous techniques are application of manure and mulch. The main constraints to apply these techniques are lack of labour, manure and mulch. Farmers have a good knowledge of wind erosion processes, but do not report the effects of water erosion processes. The farmers are willing to apply new techniques to control soil erosion, but the main constraints to apply these measures are insufficient knowledge and lack of labour.
Wind and water erosion are widespread phenomena throughout the Sahel, especially in the early rainy season, when high-intensity rainstorms are often preceded by severe windstorms. This paper describes the results of a survey on the farmers' perceptions of wind and water erosion processes and control measures. In three villages in northern Burkina Faso, 60 farmers were interviewed using semi-structured questionnaires. According to most of the farmers, wind-blown particle transport has an influence on the fertility and the infiltration capacity of the soils. They considered wind-blown particle transport damaging for their crops. Seedlings are damaged by scouring grains of sand or lost when buried in sand deposits. Only 32 per cent of the farmers observed runoff and 15 per cent observed erosion and deposition during periods of high intense rainfall. According to 22 per cent of the farmers intense rainfall has a negative effect on crop production. Plants die because of the effects of stagnating water and plants are damaged by the forces of flowing water. All farmers are familiar with techniques to reduce soil erosion and 96 per cent applied one or more of these techniques. The indigenous techniques are application of manure and mulch. The main constraints to apply these techniques are lack of labour, manure and mulch. New techniques introduced by agricultural organizations are zaï (a traditional agricultural practice whereby pits of diameter 10-15 cm are filled with compost for sowing) and half-lines, stone rows and sand ridges. Farmers have a good knowledge of wind erosion processes, but do not report the effects of water erosion processes. The farmers are willing to apply new techniques to control soil erosion, but the main constraints to apply these measures are insufficient knowledge and lack of labour.
Farmers in three villages in northern Burkina Faso were surveyed as to their perceptions of wind and water erosion processes and control measures. Most subjects contended that wind-blown particle transport exerts an effect on soil fertility and infiltration capacity and considered such erosion damaging to crops. Only 32% observed runoff and 15% observed erosion and deposition during periods of intense rainfall. All farmers were familiar with techniques to reduce soil erosion and 96% applied one or more of these techniques. Insufficient knowledge and lack of labor pose major constraints to the adoption of new erosion control methods.
Author Leeuwis, M.
Visser, S. M.
Leenders, J. K.
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References_xml – reference: Roose E, Kabore V, Guenat C. 1999. Zaï Practice: a West African traditional rehabilitation system for semi-arid degraded lands: a case study in Burkina Faso. Arid Soil Research and Rehabilitation 13: 343-355.
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– reference: Lamers JPA, Feil PR. 1995. Farmers' knowledge and management of spatial soil and crop growth variability. Netherlands Journal of Agricultural Science 43: 375-389.
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Snippet Wind and water erosion are widespread phenomena throughout the Sahel, especially in the early rainy season, when high‐intensity rainstorms are often preceded...
Farmers in three villages in northern Burkina Faso were surveyed as to their perceptions of wind and water erosion processes and control measures. Most...
Wind and water erosion are widespread phenomena throughout the Sahel, especially in the early rainy season, when high-intensity rainstorms are often preceded...
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SubjectTerms Burkina Faso
composts
control measures
control methods
crop production
crops
farmers
farmers' knowledge
knowledge
labor
mulches
niger
questionnaires
rain
runoff
Sahel
sand
seedlings
soil
soil erosion
sowing
surveys
traditional farming
villages
water erosion
wet season
wind
wind erosion
Title Farmers' perceptions of erosion by wind and water in northern Burkina Faso
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Volume 14
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