Javascript must be enabled to continue!
Grasswise: monocultures or binary grass mixtures for African rangelands users?
View through CrossRef
<p>Reseeding, using drought tolerant indigenous perennial grasses is a viable option for combating rangeland degradation, provision of livestock feed and improving livelihoods of pastoral communities. However, debates on whether monocultures or binary grass mixtures establishments are best suited for African rangelands managers, are still ongoing. Our opinion and contribution to this debate is informed by results obtained from a combination of an ecological field based and socioeconomic study in a typical semi-arid rangeland in Kenya. Perennial forage grasses indigenous to African rangelands Cenchrus ciliaris (African foxtail grass), Enteropogon macrostachyus (Bush rye grass) and Eragrostis superba (Maasai love grass) were established as monocultures and binary grass mixtures. Binary grass mixtures demonstrated significantly higher rehabilitation indices for plant frequency, basal cover and plant densities and soil hydrological properties (infiltration capacity, runoff and sediment production). However, pastoral communities showed preference to monoculture than binary mixtures. This was attributed to their role in livestock production. In conclusion, considering the ecological and socio-economic value of African rangelands to pastoral communities, the choice of either monoculture or binary grass mixture establishment will primarily be informed by the principle objective(s) of the rangeland manager. &#160;&#160;&#160;</p><p>&#160;</p>
Title: Grasswise: monocultures or binary grass mixtures for African rangelands users?
Description:
<p>Reseeding, using drought tolerant indigenous perennial grasses is a viable option for combating rangeland degradation, provision of livestock feed and improving livelihoods of pastoral communities.
However, debates on whether monocultures or binary grass mixtures establishments are best suited for African rangelands managers, are still ongoing.
Our opinion and contribution to this debate is informed by results obtained from a combination of an ecological field based and socioeconomic study in a typical semi-arid rangeland in Kenya.
Perennial forage grasses indigenous to African rangelands Cenchrus ciliaris (African foxtail grass), Enteropogon macrostachyus (Bush rye grass) and Eragrostis superba (Maasai love grass) were established as monocultures and binary grass mixtures.
Binary grass mixtures demonstrated significantly higher rehabilitation indices for plant frequency, basal cover and plant densities and soil hydrological properties (infiltration capacity, runoff and sediment production).
However, pastoral communities showed preference to monoculture than binary mixtures.
This was attributed to their role in livestock production.
In conclusion, considering the ecological and socio-economic value of African rangelands to pastoral communities, the choice of either monoculture or binary grass mixture establishment will primarily be informed by the principle objective(s) of the rangeland manager.
&#160;&#160;&#160;</p><p>&#160;</p>.
Related Results
Forage Yield of Grass‐alfalfa and Grass‐forage Kochia Mixtures on Semiarid Rangelands
Forage Yield of Grass‐alfalfa and Grass‐forage Kochia Mixtures on Semiarid Rangelands
Increased productivity of semiarid western United States grazing lands is possible with appropriate plant materials. This study compared late summer forage yield of ‘Vavilov’ Siber...
Morphoecological characteristics of grasses used to restore degraded semi-arid African rangelands
Morphoecological characteristics of grasses used to restore degraded semi-arid African rangelands
<p>Progressive loss of productivity and plant diversity is a major in global rangelands. In African rangelands ecosystems, this process is partly attributed to heavy ...
Promising legume-cereal grass mixtures for agroclimatic conditions of the European North of Russia
Promising legume-cereal grass mixtures for agroclimatic conditions of the European North of Russia
The article presents the results of scientific research for 1991–2021 years the North-Western Research Institute of Dairy and Grassland Farming, a separate subdivision of the VolRC...
Optimising grass-legume mixtures based on growth strategies for high N-yield and low N loss in fertilised grasslands
Optimising grass-legume mixtures based on growth strategies for high N-yield and low N loss in fertilised grasslands
Abstract
Aims
Managed grasslands are important agro-ecosystems, consisting of grass monocultures with high nitrogen (N) fertiliser inputs. This m...
Optimising grass-legume mixtures based on growth strategies for high N-yield and low N-loss in fertilised grasslands
Optimising grass-legume mixtures based on growth strategies for high N-yield and low N-loss in fertilised grasslands
Abstract
Aims: Managed grasslands are important agro-ecosystems, consisting of grass monocultures with high nitrogen (N) fertiliser inputs. This management results in low N...
Herbage productivity of prairie grass, reed canary‐grass and phalaris
Herbage productivity of prairie grass, reed canary‐grass and phalaris
AbstractThe herbage production and quality of swards of three grass species, prairie grass (Bromus willdenowii Kunth), reed canary‐grass (Phalaris arundinacea L.) and phalaris (Pha...
Competitive Indices in Cereal and Legume Mixtures in a South Asian Environment
Competitive Indices in Cereal and Legume Mixtures in a South Asian Environment
Core Ideas
Cereal‐legume binary mixtures increased forage productivity per unit area compared to cereal‐cereal and legume‐legume binary mixtures.
In binary mixtures, pearl millet w...
Synthesis, characterization and application of novel ionic liquids
Synthesis, characterization and application of novel ionic liquids
Ionic liquids (ILs) or molten salts at room temperature presently experience significant attention in many areas of chemistry. The most attractive property is the “tenability” of t...

