Title : Biogeosystem technique methodology in plant development condition refinement contributing to safe plant biology and ecosphere expanded reproduction
Abstract:
To increase the biosphere food and energy production, we developed a transcendental (not a standard direct imitation of nature) Biogeosystem Technique (BGT*) theoretical and technological framework to refine a technology imbedding to the ecosphere. The BGT* provides a higher rate waste recycling, an improved soil productivity and ensures improved conditions for the plant development. This is a contribution to the ecosphere plant biology. The BGT* methodology includes: When applied once, the 20–50 cm layer intra-soil milling provides a soil stable fine multilevel geophysical architecture for a period up to 40 years improving rhizosphere soil biome, ensuring an optimal plant ontogenesis and providing a high rate long-term soil fertility. The intra-soil pulse sequential-discrete watering ensures a matrix potential of the soil solution in the range circa −0.2 MPa to −0.4 MPa and a plant stomatal apparatus operates in a regulation mode. A water consumption of plants at this rather low matrix potential is circa 5 to 20 times less compared to the standard irrigation. Improved water and nutrient supply provides an optimal ontogenesis and a high productivity of plants. The current outdated technologies of C irreversible sequestration fail in environmentally safe waste recycling, energy renewal, and safe ecosphere expanded reproduction. We developed a reversible sequestration of atmosphere C, simultaneously expanding a C soil and biological active phase. The BGT* includes the C-free gasification byproduct intra-soil recycling. This provides a safety of environment and a higher soil biological productivity of ecosphere ensuring a higher rate atmosphere CO2 disposing by plants and C reversible sequestration in the additional biomass and soil organic matter mitigating the climate system. The BGT* is a new level contribution in the plant biology field because is capable to provide utterly possibility to the plant biology studies in a new highly productive and pollution free plant development ecosphere conditions.
