Method of ecological restoration of water bodies containing excess nutrient
AssigneesShanghai Taihe Water Environmental Technology Development Co., Ltd., Wenhui He
InventorWenhui He
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Abstract
A method of ecological restoration of water bodies containing excess nutrient includes steps of: (a) taming Daphnia magna to be able to eat blue-green algae as an algae eating plankton with a taming composition fermented from spirulina powder, active yeast, and saccharide, so as to digest blue-green algae in the water bodies, and (b) putting the algae eating plankton in the water body polluted by the blue-green algae, wherein the algae eating plankton eats the blue-green algae, so that an eco-system of the water body containing excess nutrient can be restored. The method according to a preferred embodiment further includes a step of: (c) planting submerged plant in the water, wherein the submerged plant includes submerged forest and submerged turf.
Claims20
A method of ecological restoration of water bodies containing excess nutrient, comprising:
- (a) taming Daphnia magna to be able to eat blue-green algae as an algae eating plankton with a taming composition fermented from spirulina powder, active yeast, and saccharide, so as to digest blue-green algae in the water bodies, and
- (b) putting said algae eating plankton in the water body containing excess nutrition and blue-green algae, wherein said algae eating plankton eats the blue-green algae, so that an eco-system of the water body containing excess nutrient can be restored.
A process for producing a taming composition for taming the Daphnia magna to be able to eat blue-green algae as an algae eating plankton, comprising:
- dissolving saccharide and spirulina powder separately with water under 35-45° C.;
- activating the yeast in the saccharide solution for 1-60 minutes;
- pouring the spirulina suspension into the activated yeast suspension;
- and then composite fermenting for at least 1 hours.
A taming composition for taming Daphnia magna to be able to eat blue-green algae as an algae eating plankton, produced by a process comprising:
- dissolving saccharide and spirulina powder separately with water under 35-45° C.;
- activating the yeast in the saccharide solution for 1-20 minutes;
- pouring the spirulina suspension into the activated yeast suspension;
- and then composite fermenting for at least 1 hours.
Dependencies are inferred from the claim text.