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In Tunisia, water erosion is a complex phenomenon that affects agricultural land mainly in the north of the country. This phenomenon is a threat to the sustainability of grain production levels in Tunisia through the loss of soil resources. The agricultural land affected by water erosion is estimated at nearly 3.5 million hectares, more than half of the useful agricultural area. Hence the interest in limiting the damage and this through water and soil conservation techniques and also innovative and sustainable practices and cropping systems. In Tunisia conservation agriculture was introduced…mehr

Produktbeschreibung
In Tunisia, water erosion is a complex phenomenon that affects agricultural land mainly in the north of the country. This phenomenon is a threat to the sustainability of grain production levels in Tunisia through the loss of soil resources. The agricultural land affected by water erosion is estimated at nearly 3.5 million hectares, more than half of the useful agricultural area. Hence the interest in limiting the damage and this through water and soil conservation techniques and also innovative and sustainable practices and cropping systems. In Tunisia conservation agriculture was introduced in 1999 on sloping plots to reach 14,000 ha in 2015. Since its introduction in Tunisia, conservation agriculture has shown a positive effect on improving soil resistance to water erosion, mainly in the north of the country. However, this system is facing some adoption problems mainly socio-economic.
Autorenporträt
Haithem BAHRI é doutorado em ciências ambientais pela Universidade Pierre et Marie Curie desde 2006, tem um mestrado pelo INAP-G em 2003 e obteve o seu diploma de engenheiro agrícola pelo INAT em 2000. Desde Janeiro de 2007, é investigador no INRGREF. A sua actividade de investigação centra-se no estudo da sustentabilidade dos recursos do solo.