Sentence examples for quantity of farm from inspiring English sources

Farmers used large quantity of farm yard manure (FYM) to increase their yields but the excessive of using FYM enhances the severity of cutworm incidence.

Some of the factors that possibly explain the rate of adoption and the long-run equilibrium level of use of new agricultural technology as identified in the economic literature include: credit constraints, risk aversion, the farmer's landholding size, land tenure system, human capital endowment, quality and quantity of farm equipment, and supply of complementary inputs (Feder et al. [1985]).

The CO2 concentrations in the systems shown in Fig. 10.3 are also much different in accordance with the ratio between the greenhouse and the animal house, the ventilation management and the quantity of farm fertilizer applied in the greenhouse, etc.. Fig.10.6 is the CO2 condition from 9 00 a.m., 9th to 9 00 a.m.

In 1914 the soils of the Fishing Creek watershed were found to yield large quantities of farm crops.

It literally stinks inland because of places like pig farms – and now it stinks by the sea". Local authorities said they had made efforts to minimise the level of agriculture in the area and to reduce quantities of farming refuse released into the sea.

In general, the quantity of supplies of farm products is unstable and low because most farmers are small producers.

This indicated the quantity of water from farms that had access to irrigation.

Thus, aerobic-composting may be a good option to handle large quantities of on-farm wastes as and when required without having to constantly maintain ambient living conditions as required for earthworms in vermi-composting.

In addition, terrorists have to get hold of explosives: in Madrid they appear to have bartered hashish in return for explosives used in the mining industry, while in London the March 30 plotters appear to have stolen a large quantity of fertiliser from a farm in Abergavenny.

The present study employed a stochastic frontier approach originally proposed by Aigner et al. ([1977]): y k = f x k, i ; β i exp v k − u k (1 where: y k is the production quantity of the kth sample farm, f characterizes a chosen functional form, and x k,i and β i are vector of inputs and their associated parameters, respectively.

This figure is taken as the decade maximum quantity of water delivered to farms based on 24 h irrigation.