Air Humidity & Air Temperature Control Quality & Quantity of Crop Yield
Humidity
is important for photosynthesis of plants and evaporation regulates the plant temperature through the open stomata.
So, it is very important to keep the stomata of the plants open during
irradiation for photosynthesis and absorb atmospheric carbon-di-oxide (CO2 ) for the proper growth of the plants. If stomata
are open, photosynthesis is possible at even low sunlight. Reduced evaporation
of the plant also helps the plants to keep stomata open.
The
stomata get closed incase the plants lose too much of water due to low humidity
& high air temperature. Thus, plants stop photosynthesis and no CO2 can
be absorbed as the stomata are closed.
The closed stomata also increase the plant
temperature very quickly and damage the plant. This excess heat may destroy the
chlorophyll and the leaves turn yellow. If the heat increases further, it may
leave behind permanent damages in various parts of the plants.
To keep
stomata open, the humidity must be at the right level and not to let the EC
increase too much when the demand for water is high. Humidity loss from the
plant also can be avoided by keeping a higher humidity percentage in the field
at the time of high irradiation. Stomata can also be kept open, where necessary
by cooling the plants.
In case of low humidity and high temperature in the field,
two methods can be followed - 1. Crop
humidification & 2. Air humidification.
In crop humidification,
the crop is moistened for direct cooling of the plants as the water on the
plant evaporates.
With air
humidification, droplets are introduced as fine mist. Energy is extracted from
the atmosphere to evaporate the mist that reduces the air temperature.
Microclimate of the field can be improved by
providing extra humidity by a good coverage and accurate watering of the field. By irrigating more often
with smaller quantities, water from the soil evaporates from the moist top
layer of the soil. It also improves the microclimate of the field.
Extra
screening can be another option to minimize irradiation and improve humidity of
the field.
Stomata
of the plant must be open for maximum photosynthesis and optimum absorb of CO2 for the best growth of the
plants. No photosynthesis is possible in case the stomata are closed and the
plants stop growing.
Productivity
and quality yield of the crop are hugely affected if the field Microclimates
i.e., Air Humidity and Air Temperature are not been checked and monitored
regularly by the farmers.
Precise 24X7 field
information, i.e., constant monitoring soil
moisture content at the active root zone of the crop, Soil Temperature, Microclimates i.e., Air Temperature & Air Humidity of the field will help the
farmers to decide when to irrigate &
how much water to irrigate and tackle the challenges still delivering higher and better yields, even with much lesser water.
At KonceptogenAgro, we
are passionate about innovation and technology to simplify Precision Farming to
improve the yield & reduce the production cost of our growers.
We are proudly
associated with the premier technical & agricultural institutes and the
Scientists to develop, manufacture & market devices to ease evidence based
decision-making of the farmers and the Agro-Consultants.
geoBHUMI is the long waited solution for Depth
Profile Soil Moisture Management & precision farming for farmers
(geoBHUMI conceptualized, designed & developed in technical
collaboration with Indian Institute of Technology – Bombay,
Mumbai)
For more details, please write to info@konceptogen.com or call + 91 985095 55503 / 983341 7576
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