Sanumare Algae Plant Protection For Agriculture

Every couple of years farmers suffer extreme wet or dry seasons beyond the normal recurring cycle of average tempered and standard moist seasons. Since the commencement of the climatic change these weather extremes occure with higher frequency. An excess of humidity will facilitate the attack of fungal and viral infections.
Too much heat will generate excessive, unwanted – as unproductive – transpiration, what might even lead to a complete dehydration of the plant.
Too much cold might destroy part of the plant cells. At least it will reduce the pace of growth and delay the ripeness of the crop. In the worst scenario cold might even destroy the plant completely. All this will lead to an abnormal low productivity and results to losses in earnings to the farmers.

SANUMARE PLANT PROTECTION reduces climatic stress on plants by protecting the crop from untypical heat, humidity and coldness. It is also able to protect
the plant from molt, fungus and insects. The protection of the plant is done by applying a breathable, permeable and ridged membrane to the green parts of the plant.
This shield will protect the plant from insects which won´t be able to penetrate the outer layer of the membrane. Contrary to insecticides the insects won´t be killed or but displaced to other locations in nature and be kept uncontaminated alive to be available to the food chain of other animals or be able to continue their duties given to them by nature. The protective cover will put less stress on the plants immune system to fight off the before mentioned threats and give the plant the strength to grow as wished. The membrane is applied by spraying SANUMARE PLANT PROTECTION onto the green parts of the plant. It can be brought out with other fluids at the same time. In hot seasons, transpiration is not prevented but reduced. In cold seasons a micro climate is kept between membrane and plant surface.

SANUMARE PLANT PROTECTION induces resistance to the plant.

SANUMARE products are environmentally sensitive and sustainable.