17 / 28
17
•
Another challenge for farmers is saving water by
reducing evaporation and diffusion of water. It
becomes difficult for farmers to supply sufficient
energy for irrigation pumps, fans, cooling towers,
cars, and tractors;
•
The cost of cultivation is high—and thanks to such
factors as the Covid pandemic, poor weather, and
the invasion of Ukraine by Russia—farmers can’t
afford to buy seeds and fertilizers, tractors, and
other machinery, irrigation equipment, pesticides,
and insecticides resulting in low yields per
hectare.
AI Applications in Agriculture
Modern farming techniques have made it possible
for farmers to grow more crops in a shorter period,
thus increasing agricultural productivity. The more
developed countries are reaping the benefits of
modern farming methods, which have enabled them to
boost their agricultural production capacity.
With fewer resources needed to grow healthy crops,
farmers can focus on innovation. They’ll be able to
develop new products with higher quality ingredients
while keeping up with changing consumer demands.
As a result, farmers can compete globally against
other businesses that may not have access to these
technologies or resources.
And these benefits aren’t just limited to growers;
they extend throughout the supply chain, from seed
suppliers through delivery at grocery stores.
Some applications of AI used in agriculture are:
•
Increase in yield:
The use of smart farming
technologies can help farmers increase the yield
per acre and thus increase the revenue from their
farms;
•
Cost reduction:
Smart farming reduces the cost
of production, which means that consumers pay
less for their food while farmers make more profit
at the same time;
•
Reduction in labour and water consumption:
Smaller farms do not require as much labor or
resources to operate as larger ones, so they are
more efficient and thus more environment-friendly
than large-scale operations like factory farms
(which tend to be heavily mechanized). Another
advantage for small-scale producers is that they
do not need to invest as much money into buying
expensive equipment like tractors or harvesters
because these tools become obsolete after a
few years anyway; instead, they can invest more
money into improving quality control methods
such as testing soil samples before planting crops
so that nothing goes wrong later down the line
when those same seeds begin growing into plants
with poor results.
Monsanto Spraying Systems
The
Monsanto Company
, founded in 1901
and headquartered in St. Louis, Missouri, is an
agrochemical and agricultural biotechnology
corporation, whose best-known product is perhaps the
glyphosate-based herbicide,
Roundup
.