Sentence examples for performance of crop from inspiring English sources

Study on evaluating the particular sewage on performance of crop and soil properties is need of the hour in the context of safe recycling of wastes.

Improved performance of crop (yield and yield attributes) in sewage-irrigated fields was due to increased chlorophyll content and photosynthesis rate compared to bore well-irrigated crop (Table 4).

We propose a scheme to analyze the clustering performance of crop pests spectra with the K-Means and the FCM clustering methods, and Matlab 2012b was used to realize the two clustering algorithms and analyze these clustering results.

Feather waste generated from poultry industries could be considered as resource material for nutrient recycling through composting because every day large quantity of feather waste is being generated, it is a good source of nitrogen which is a growth promoter, and the application of TPFW improve the growth performance of crop which has been shown in the present study.

"The warming caused by the enormous consumption of some rich countries has repercussions in the poorest places on earth, especially in Africa, where the increase in temperature, combined with drought, has had disastrous effects on the performance of crops," the pope wrote.

Yet neither of these sources accurately represent real-world performance of crops.

Crop simulation models are commonly used to forecast the performance of cropping systems under different hypotheses of change.

However, the performance of crops and therefore the interpretation of experiments is affected by the inherent soil variability.

Our analysis was structured around four items: (i) the variables used to describe cropping systems and production situations and the use of these variables in the assessment process, (ii) the criteria and associated indicators assessed, (iii) the methods used to explore multiple aspects of the performance of cropping systems, (iv) the use of reference values.

We have developed and tested the MOSAICA-f framework to build innovative multi-functional agricultural landscapes that can consider explicitly: 1) the performance of cropping systems at the field scale, 2) farmers' decision processes on the adoption of cropping systems, and 3) possible scenarios for innovations and policy changes at the regional scale.

The long-term aim of such research is to be able to utilize knowledge of halophytes for improvement of the performance of crops in salt-affected soils.