How does it affect durian during the heat?

This is an illustration that illustrates the mechanism of glycine chelate in helping the durian tree during extreme heat and drought.

Details within the illustration:

• Left side (problem condition): Show the durian tree in hot and dry weather (with heat waves, sunny and broken soil), causing flower and small fruit to wither, fall (Flower / Fruit Drop), and the harvest is small and low-quality, with a chart showing that "heat / drought stress" results in "loss of water from the cell."

• Right side (glycine chelate solution): Show the durian tree after exposure to glycine chelate (Glycine chelate), it is seen to be richer, the leaves are erect, the flowers and fruits are firm, reducing fall, and the near-harvest fruit is large and complete.

With a chart explaining the key mechanism, 3 steps:

1.The "OSMOTIC ADJUSTMENT" mechanism: The image shows glycine chelate molecules (structurally bound to nutrients such as Ca, Mg, Zn) accumulating inside plant cells, resulting in higher concentration of intracellular solution, resulting in better cells to "pull and hold water" despite low soil water.

2.Effective nutrient absorption: The chelate structure of glycine protects nutrients, keeps them from being immobilized in the soil, and helps plants absorb essential nutrients (such as calcium, boron) easily and quickly.

3.Protein Synthesis and Strength: Glycine, an amino acid that is a constituent of protein, stimulates protein formation essential to growth, and the strength of the cell wall, reduces shedding.

• Bottom Section: Summary of the benefits of 4-sided glycine chelate: Helps to withstand hot / dry weather, reduce blossom / small fruit shedding, increase yield size and quality, and help plants recover from destruction.

Hopefully this illustration and explanation will help gardeners better understand the role of glycine chelate in the care of durian during this critical climate.