Horticulture & Arboriculture - Juniper Publishers
Opinion
Magnetic phenomena are common in nature. With the
rapid development of magnetic biology, researches on magnetized water
theory and applied technology have been carried out in many places in
the world, and significant progress has been made in basic experimental
materials and microscopic mechanism. There is no unified conclusion on
the mechanism of magnetized water in the academic circle. However, many
studies showed that the magnetic field intensity, magnetization time,
raw water quality and water velocity and other factors have important
influences on the physical and chemical properties of magnetized water.
Regular water can become magnetized when it passes
through a magnetic field of a certain strength perpendicular to the
magnetic line at a certain speed. After water is magnetized, the
original structure of water is changed, which changes the physical and
chemical characteristics of water molecules to some extent, such as the
transformation of macromolecular clusters into individual water
molecules or dimers, and the reduction of the expression tension
coefficient of water molecules, thus promoting the growth and
development of plants and the improvement of environment. The
crystallization of minerals in the soil due the small molecules
Increases permeability and solubility in cell metabolism which promotes
the absorption and utilization of nutrients in soil by plants.
Therefore, magnetized water irrigation provides a new way to increase
crop yield and improve site environment, which not only increases the
research and application in agricultural and forestry production, but
also enriches the research content of biomagnetism.
Since the 1970s, magnetized water has been applied to
agricultural production in countries in the world, and the research
scope involves food crops, fruits and vegetables, edible fungi and
poultry. The results showed that magnetized water had significant
effects on soil improvement, seed germination, crop stress resistance
and crop yield. Therefore, the organic combination of
magnetized water treatment technology with the development and
utilization of low-quality water resources and the improvement of soil
quality is of great significance for the efficient utilization of
magnetized water, agricultural production increment and quality
improvement. Based on field experiment and laboratory test research
magnetized water irrigation (such as saline water and brackish water,
water containing cadmium) soil micro ecological environment, mineral
nutrient transport, plant photosynthetic performance plant growth, yield
and quality characteristics were studied by many researchers. The
cationic dynamics of mesophyll cells, root tip meristem and elongation
region were observed in real time by noninvasive micrometry.
The
characteristics of bacterial community structure in continuous cropping
and cadmium-contaminated soil were analyzed by high-throughput
sequencing. Soil microenvironment, yield composition and flavor
nutrition of different fruits and vegetables under continuous cropping
mode were determined and analyzed. The physiological and ecological
responses of the difficult rooting trees were measured in real time by
magnetizing devices with different magnetic field intensities. The
effects of magnetized water irrigation on soil physical properties,
enzyme activity, mineral nutrient content and plant biological
characteristics of salinized soil and cadmium-polluted soil were also
studied. Through these researches, researches try to clarify the
mechanism of plant biology and physiological response to micro
ecological environment after the irrigation of magnetized water. Though
magnetized water irrigation has been used to improve agricultural
production and many researches have done to study the mechanisms of
bio-magnetism, much of it remains unknown and further researches should
be done for us to learn more about bio-magnetism.
To Know more about Horticulture & Arboriculture
Click here: https://juniperpublishers.com/jojha/index.php
To Know more about our Juniper Publishers
Click here: https://juniperpublishers.com/index.php
No comments:
Post a Comment