2results about "Aspharagus cultivation" patented technology

To provide a cultivation device, a cultivation method, and an asparagus cultivation method that can lower or raise the soil temperature in the cultivated soil. [Solution] The cultivation apparatus of the present invention comprises a buried pipe 10 laid in the cultivated soil, a first ventilation pipe 11 connected to one end of the buried pipe 10 and forming a first open end 11a above the ground, a second ventilation pipe 12 connected to the other end of the buried pipe 10 and forming a second open end 12a above the ground, and a blower 13 that supplies air to the buried pipe 10, characterized in that air is supplied to the buried pipe 10 by the blower 13 sucking in or blowing air from the first ventilation pipe 11 or the second ventilation pipe 12.

This invention belongs to the field of asparagus cultivation technology and discloses a high-efficiency asparagus cultivation method based on soil improvement and staged topdressing. It adopts a three-layer, three-effect composite targeted soil improvement model, applying suitable improvement materials according to the functional differences of the deep, sub-tillage, and tillage root systems of asparagus. This activates the soil microbial community, replenishes nutrients for storage roots, and promotes the germination of absorbing roots. The improved soil physicochemical indicators are adapted to the growth needs of asparagus roots. Simultaneously, the seedling substrate and soil improvement scheme are synergistically matched, shortening the transplanting recovery time and improving seedling survival rate. A four-stage targeted staged topdressing strategy is implemented, combined with a recovery-targeted fertilization strategy. Staged topdressing aligns with the nutrient patterns of the asparagus's growth cycle, including the initial and peak production stages. Micro-drip irrigation or shallow furrow application methods are used to avoid damaging storage roots, and the fertilizer amount can be dynamically adjusted according to harvest conditions. During the recovery period, fertilizer is applied twice in small amounts, combined with foliar spraying to maintain the rhizosphere microecological balance.