Effect of high-intensity, short-duration grazing on species density and botanical composition of arid rangelands

Rangelands are the mainstay of pastoral and agropastoral livelihoods worldwide. They have provided forage for livestock and wildlife for centuries, but steady degradation of rangelands is causing increasing concern. Many rangeland managers believe exclusion of livestock grazing for extended periods...

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Autores principales: Louhaichi, Mounir, Gamoun, Mouldi, Gouhis, Fethi, Belfekih, Ezzeddine, Abdelkader, Mohamed
Formato: Conference Paper
Lenguaje:Inglés
Publicado: Kenya Agricultural and Livestock Research Organization 2022
Materias:
Acceso en línea:https://hdl.handle.net/10568/125785
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author Louhaichi, Mounir
Gamoun, Mouldi
Gouhis, Fethi
Belfekih, Ezzeddine
Abdelkader, Mohamed
author_browse Abdelkader, Mohamed
Belfekih, Ezzeddine
Gamoun, Mouldi
Gouhis, Fethi
Louhaichi, Mounir
author_facet Louhaichi, Mounir
Gamoun, Mouldi
Gouhis, Fethi
Belfekih, Ezzeddine
Abdelkader, Mohamed
author_sort Louhaichi, Mounir
collection Repository of Agricultural Research Outputs (CGSpace)
description Rangelands are the mainstay of pastoral and agropastoral livelihoods worldwide. They have provided forage for livestock and wildlife for centuries, but steady degradation of rangelands is causing increasing concern. Many rangeland managers believe exclusion of livestock grazing for extended periods would allow degraded rangelands to recover. The purpose of this current ongoing research is to evaluate the effect of high-intensity short-duration grazing on plant density, species richness and botanical composition on arid rangelands during favorable years. The site, which is protected for two years in southern Tunisia and covers an area of 6 ha, was grazed by a flock of about 150 heads of sheep for one week. The grazing took place towards the end of the spring season just after seed dispersal. The measurements were taken before and after grazing using the quadrats method. Preliminary findings revealed no significant difference in plant density, richness, and botanical composition of perennial species. On the contrary, the annual species decreased. In conclusion, short-duration grazing systems do not affect perennial plants that permit greater forage selectivity. As temperatures start rising in late spring, livestock is forced to select annual plants due to their higher palatability and higher water content without damaging perennial plants. In addition, grazing removes oxidized plant material from perennial species that would otherwise remain on top of the plants, prevent photosynthesis, and cause the plant’s death after several years.
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spelling CGSpace1257852026-01-15T02:16:35Z Effect of high-intensity, short-duration grazing on species density and botanical composition of arid rangelands Louhaichi, Mounir Gamoun, Mouldi Gouhis, Fethi Belfekih, Ezzeddine Abdelkader, Mohamed grazing management species richness goal 13 climate action southern tunisia climate adaptation and mitigation selectivity Rangelands are the mainstay of pastoral and agropastoral livelihoods worldwide. They have provided forage for livestock and wildlife for centuries, but steady degradation of rangelands is causing increasing concern. Many rangeland managers believe exclusion of livestock grazing for extended periods would allow degraded rangelands to recover. The purpose of this current ongoing research is to evaluate the effect of high-intensity short-duration grazing on plant density, species richness and botanical composition on arid rangelands during favorable years. The site, which is protected for two years in southern Tunisia and covers an area of 6 ha, was grazed by a flock of about 150 heads of sheep for one week. The grazing took place towards the end of the spring season just after seed dispersal. The measurements were taken before and after grazing using the quadrats method. Preliminary findings revealed no significant difference in plant density, richness, and botanical composition of perennial species. On the contrary, the annual species decreased. In conclusion, short-duration grazing systems do not affect perennial plants that permit greater forage selectivity. As temperatures start rising in late spring, livestock is forced to select annual plants due to their higher palatability and higher water content without damaging perennial plants. In addition, grazing removes oxidized plant material from perennial species that would otherwise remain on top of the plants, prevent photosynthesis, and cause the plant’s death after several years. 2022-12-05T20:51:42Z 2022-12-05T20:51:42Z Conference Paper https://hdl.handle.net/10568/125785 en Open Access application/pdf Kenya Agricultural and Livestock Research Organization Mounir Louhaichi, Mouldi Gamoun, Fethi Gouhis, Ezzeddine Belfekih, Mohamed Abdelkader. (27/5/2022). Effect of high-intensity, short-duration grazing on species density and botanical composition of arid rangelands. Kenya.
spellingShingle grazing management
species richness
goal 13 climate action
southern tunisia
climate adaptation and mitigation
selectivity
Louhaichi, Mounir
Gamoun, Mouldi
Gouhis, Fethi
Belfekih, Ezzeddine
Abdelkader, Mohamed
Effect of high-intensity, short-duration grazing on species density and botanical composition of arid rangelands
title Effect of high-intensity, short-duration grazing on species density and botanical composition of arid rangelands
title_full Effect of high-intensity, short-duration grazing on species density and botanical composition of arid rangelands
title_fullStr Effect of high-intensity, short-duration grazing on species density and botanical composition of arid rangelands
title_full_unstemmed Effect of high-intensity, short-duration grazing on species density and botanical composition of arid rangelands
title_short Effect of high-intensity, short-duration grazing on species density and botanical composition of arid rangelands
title_sort effect of high intensity short duration grazing on species density and botanical composition of arid rangelands
topic grazing management
species richness
goal 13 climate action
southern tunisia
climate adaptation and mitigation
selectivity
url https://hdl.handle.net/10568/125785
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