Abiotic stress is, by far, responsible for the majority of crop losses in agriculture. Amplified by the consequences of a changing climate, it is key to equip our farmers with the best possible tools to face the increasingly frequent environmental challenges. –

Abiotic Stress

Abiotic stress is responsible for the majority of
crop losses in agriculture.
Some examples are:

Water scarcity induces osmotic stress, reduces stomatal conductance and disrupts plant metabolism.

Soil salinity hinders water uptake, causes ion toxicity and diminishes plant growth and yield.

Heat stress increases oxidative stress, damages cells and lowers photosynthetic efficiency, thereby decreasing crop productivity.

Cold stress leads to ice formation, disrupts membranes, impairs enzyme function, and damages tissue, ultimately reducing plant performance.

At AlgaEnergy, we acknowledge the urgency and relevance of this problem and have developed comprehensive solutions that encompass preventive treatments to prepare plants prior to episodes of stress, as well as for an effective recovery after stress. Understanding and mitigating these abiotic stress factors is crucial for sustainable agriculture and ensuring global food security.

AlgaEnergy Solutions...

Rapidly and consistently upregulate key genes that activate the natural plant immune system, particularly those related to drought, salinity and nutrient starvation, among others.

Rapidly and consistently upregulate key genes critically involved in the photosynthesis mechanism, making plants more resilient to abiotic stress and enhancing their overall growth and productivity.

The upregulation of these key genes occurs within two hours from the product’s application, making it the fastest-acting solution on the market.

HOW??

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