Work one-on-one with our in-house Professional Agronomist. We take an in-depth look at your unique situation and provide practical solutions you can take to the field.
Soil testing and plant analyses have proven to be invaluable tools in the diagnosing of nutritional deficiencies and problems related to plant growth. Each advance in our basic understanding of plant physiology and soil chemistry, and each advance in instrumentation leads to improvements in methodology and interpretation. Capsber has always felt a keen responsibility to ensure that the best and most accurate methods were generally available and accessible to those who need and use them.
Through increased use of soil testing and plant analyses, micronutrient deficiencies have been verified in many soils. Some reasons limiting the incidental additions of micronutrients include:
· High-yield crop demands remove micronutrients from the soil
· Increased use of high-analysis NPK fertilizers containing lower quantities of micronutrient contaminants
· Advances in fertilizer technology reduce the residual addition of micronutrients.
Fertilizer application is a crucial post-planting operation in agriculture. The application rate of fertilizer can make you earn greatly or run into great loss; it depends on how you determine the fertilizer application rate. Plants need fertilizers in different application rate at different stages of their growth.
The crop rotation planning procedure works through a series of steps.
You will
(1) organize your information,
(2) develop a general rotation
plan (optional),
(3) construct a crop rotation planning map,
(4) plan
future crop sequences for each section of the farm, and
(5) refine your
crop sequence plan.