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The Structural Foundation for the Infrastructure of Modern City Habitats are Founded upon the production of:
Sustainable Timber Harvest Natural Resource Management Will Centralize Environmental Programs within the Natural Evolutionary Development of Timber Harvest Resource Densities to increase Realty Production and Realty Development of Natural Timber Resources. Timber Realty Development will be Centralized into Sustainable and Renewable Timber Harvest Production Systems and technology developments increasing Natural Wood Petrification Productions in the establishment of a renewable system for the Refinement of Mineral and Metal Natural Resource Productions into Top Quality Construction Resources.
Controlled Bamboo Timber Harvesting Farms will be implemented within areas of the Redwood Forest that have already been clear cut in order to increase the Natural Resource Value of Living Redwood Trees without disruption to the Native Ecosystem. Sustainable Timber Harvest Resource Management Practices will be utilized to isolate off Controlled Bamboo Forests, through quarantine of the root systems, to keep the Bamboo from becoming invasive within surrounding regions of the Native Ecosystem. Sustainable Timber Harvest Natural Resource Management will recycle Renewable Bamboo Bioresources from Controlled Bamboo Forests into Economic Commerce use for Timber Production and Ecological use as biodegradable fertilizer. Bamboo Productions will be Centralized in optimization of Bioresource Productions within the Redwood Forest Ecosystem for propelling sustenance and development of Native Life.
In Modern Cities, the most expensive property is located near Natural Environments within the City. Natural Forest Landscapes provide the highest realty value of all properties if developed with accessibility to modern city advancements. Sustainable Bamboo Timber Harvest Management will be used to replace Timber Harvesting of Trees and will convert the economic market for the timber production of trees into the emerging market of Sustainable Realty Development of Forest Ecosystems. Awareness will be Centralized into increasing the Economic Value of Natural Resources within Forest Ecosystems through greater production (in both quality and quantity), utilization (in applications and purposes), and Realty Value Development of Living Tree Bioresources. A top-quality second-generation Redwood Tree may produce as much as $100,000 - $200,000 per tree. These same trees can be developed with 7+ levels of Treehouse Eco-Building Units within them, holding the potential to increase the economic value (in realty value) of the Living Redwood Trees over 10x the amount currently marketed through Timber Harvest Productions. Bamboo Timber will provide a sustainable, durable, and light weight building material that is quick to produce, long-lasting, and cost efficient. Bamboo provides itself as a prime material for increasing the Realty Value of Living Redwood Trees through Sustainable Treehouse Eco-Building Developments while also diverging the Timber Harvest Market away from the production of non-renewable bioresources and towards long-term economic and ecological sustainability.
Bamboo naturally has a broad genetic diversity among its species; certain kinds of bamboo are used for timber, paper towels, paper, rugs, clothing, food, and much more. Research, Development, and Experimentation will be done into genetic alterations, and cellular modifications, of Bamboo Crops. Developments will be done with Timber Bamboo to improve the quality, and physical attributes, of bamboo timber. Crushed gemstone power (ruby, diamond, emerald, sapphire) and/or metal nanoparticles (gold, silver, platinum) will be utilized in compost for integration into the Bamboo’s Natural Cellular Structuring through digestion within the Bamboo’s natural bioresource refinement processing systems. Over many generations, new species of Bamboo will be developed specified towards designated genetic and cellular qualities. Research will be done into improving the hardness of bamboo, the energetic qualities of bamboo, and the visual and textual ascetics of bamboo. Bamboo species will be cultivated for Next Generation Sustainable Timber Harvest Management and for the refinement of Precious Mineral Resources into Bioresources easily digestible for the Native Redwood Forest Ecosystem(s).
Currently, top quality Timber Bamboo ranks on the same hardness level as top-quality hardwood from trees. Bamboo is a light yet durable material, making it ideal for sustainable, cost efficient, tree housing material. The production of bamboo on local levels will enable the production of tree house units at minimal cost and maximum profit revenues. The short time period Timber Bamboo takes to grow, between 1 - 3 years, enables this to become a viable option for integrating into Eco-Village Building Units within the next 5 years.
The Petrification process for Wood can be accelerated to as little as 1 year through the application of heat sources present during the petrification process. Electroculture and Magnetoculture Technologies will be applied for creating optimal conditions for the petrification of wood to occur. Wood Petrification naturally occurs when wood is buried underground and no oxygen circulation occurring within the environment. These conditions are most often met when trees fall into large rivers, lakes, or creeks; and become buried underneath the mud at the bottom of the water source. Sustainable Environments will be created for accelerating the natural production of petrified wood within the environment. Sustainable Petrified Wood Harvesting will be used to open new markets for Gemstone Masonry that integrates Civil Engineering Productions into nutritiously vital Natural Mineral Resource Productions for the Inhabited Forest Ecosystem. Research, Development, and Experimentation will be done on the petrification of plant species and the varieties, qualities, and quantities of mineralization that can occur under proper environmental conditioning.