It also allows better planning and marketing well in advance, as well as better negotiating terms and condition for crop insurance.
Y* is a latent variable for observed crop yield, Y; X is vector of independent variables; μ is stochastic error term for crop yield model which is assumed to be multivariate normally distributed.
"It has more landrace strains than any other jurisdiction, and they are rightfully considered to be a national treasure," he described, using the term for crops that grow in the wild.
The pervasive use of human waste, termed nightsoil, for crop fertilization in this region leads to the release of parasitic ova into the environment, sustaining schistosomiasis transmission [21].
Results showed that SIMBA-IC realistically simulated the differences between treatments in terms of crop cycle duration (for flowering date, RMSE = 2.3 weeks in the calibration and validation steps) and biomass produced (RMSE = 0.67 and 0.94 kgDM ha−1 at flowering in calibration and validation steps, respectively).
According to the USDA, an unnamed Oregon farmer noticed some volunteer wheat plants ("volunteer" is the farming term for a crop seed from previous years, which germinates and grows in a place where it was not intentionally planted) growing in his wheat field, so he sprayed them with RoundUp herbicide, which is designed to kill anything green and growing.
Studies of the transcript diversity generated in response to environmental stresses as well as uncovering-specific biological consequences of some principal splicing events are perspective for plant biotechnology in terms of developing new strategies for crop breeding and protection.
This review is attractive since it provides data on transcript diversity generated in response to environmental stresses, an aspect that could be important to plant biotechnology in terms of developing new strategies for crop breeding and protection.
Although the practical results expressed in terms of economic feasibility or advantages for crop production are controversial, the basic concepts of precision agriculture applied to other inputs, such as time and labor, have theoretical advantages and may have a greater possibility to develop into profitable technology.
Generating genomic resources in terms of molecular markers is imperative in molecular breeding for crop improvement.
