The darker bottom portion of each bar is the fodder supply, and the lighter top portion is the remaining demand that must be acquired from grazing. The total demand is represented by the full bar height. Fractions above each bar show the grazing gap (grazing demand divided by total demand). Nutritive demand information is from KazAgroInnovation [66] and supply statistics from KazStat [31].</p
Feed costs represent the major cost in most livestock production systems. A recently completed analy...
Cañas C., Raúl; Quiroz, Roberto A.; León-Velarde, Carlos; Posadas, Adolfo y Osorio, Javier. Quanti...
<p><b>Table 5.</b> Coefficients to calculate energy consumption of two background...
Off-take rate is the percent of total available biomass that is consumed. I.e. on croplands, it is t...
With increasing affluence in many developing countries, the demand for livestock products is rising ...
We developed a spatial model that combines fine-scale livestock numbers with their associated energy...
Livestock in Kazakhstan are not distributed evenly across space, nor across the three farm types.</p
Compares energy and crude protein balances of cattle in traditional and ranching systems in eastern ...
(1), (2), and (3) are the inputs to the distribution model. Polygon data is at the district level, p...
Kazakhstan contains a large share of the world’s remaining “near-natural” temperate grassland, so ho...
The data set features the variance of aboveground plant biomass along a 600km long gradient in Mongo...
Grazing demand (in Terajoules, TJ) in 2015 disaggregated to settlements (all farm types combined).</...
The daily mean energy expenditure of free-ranging heifers grazing crested wheatgrass rangeland was e...
Abstract. Data from the Cicerone farmlet study were used to quantify the balance between pasture fee...
Quantifying the surface energy fluxes of grazed and ungrazed steppes is essential to understand the ...
Feed costs represent the major cost in most livestock production systems. A recently completed analy...
Cañas C., Raúl; Quiroz, Roberto A.; León-Velarde, Carlos; Posadas, Adolfo y Osorio, Javier. Quanti...
<p><b>Table 5.</b> Coefficients to calculate energy consumption of two background...
Off-take rate is the percent of total available biomass that is consumed. I.e. on croplands, it is t...
With increasing affluence in many developing countries, the demand for livestock products is rising ...
We developed a spatial model that combines fine-scale livestock numbers with their associated energy...
Livestock in Kazakhstan are not distributed evenly across space, nor across the three farm types.</p
Compares energy and crude protein balances of cattle in traditional and ranching systems in eastern ...
(1), (2), and (3) are the inputs to the distribution model. Polygon data is at the district level, p...
Kazakhstan contains a large share of the world’s remaining “near-natural” temperate grassland, so ho...
The data set features the variance of aboveground plant biomass along a 600km long gradient in Mongo...
Grazing demand (in Terajoules, TJ) in 2015 disaggregated to settlements (all farm types combined).</...
The daily mean energy expenditure of free-ranging heifers grazing crested wheatgrass rangeland was e...
Abstract. Data from the Cicerone farmlet study were used to quantify the balance between pasture fee...
Quantifying the surface energy fluxes of grazed and ungrazed steppes is essential to understand the ...
Feed costs represent the major cost in most livestock production systems. A recently completed analy...
Cañas C., Raúl; Quiroz, Roberto A.; León-Velarde, Carlos; Posadas, Adolfo y Osorio, Javier. Quanti...
<p><b>Table 5.</b> Coefficients to calculate energy consumption of two background...