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Forest Ecosystems in the Northern Hemisphere have their own Natural Resource Exchange Systems, one of which is the Salmon Stock Exchange. Forest Ecosystems invest Natural Resources into the rearing of juvenile salmon. Some of these juveniles then go into the ocean and accumulate biomass through consumption of pristine oceanic resources. Some of these adults then return back to their original forest ecosystem to mate, die, and recycle their accumulated oceanic biomass back into their birthing ecosystem. When the dead carcass of the salmon recycles back into the forest ecosystem, the forest accumulates vital oceanic mineral and nutrient compounds through this Natural Resource Stock Exchange System between Forest Ecosystems in the Northern Hemisphere and the Ocean. The Investment of Natural Resources from the Forest Ecosystems is measured through the juvenile salmon going into the ocean and the adult salmon coming back from the ocean within a yearly cycle.
Mineral Resourecs
Lake Illiamna(Alaska) harbors around 30 million Sockeye Salmon and Salmon contribute around 170 tons of phosphorus to the Lake per year.
Ahmed's Theory of Environmental Programming
Environmental Programming
Ahmed's Theory of Environmental Programming states that: "Central Awareness positions Photon Emissions to Structure motion in Matter." In the Holographic Universe Theory of Quantum Physics, The universe is a projection of light moving through multiple dimensional layers of space; light is projected through a two-dimensional template into a third dimensional hologram. The Theory of Environmental Programming Builds upon the Holographic Universe Theory, interpreting the Entire Universe as a Digital Simulation where mass operates as the hardware systems for the information contained within the light to simulate itself into programs within the environment.
When;
Mass = Real Estate = Environmental Hardware
Density = Natural Resource Density = Central Processor = Central Awareness
Volume = Realty Space = Data Storage
Energy = Chemical Energy Production = Environmental Program
Δ Environmental Program = Environmental Programming
Δ Speed of Light = Biophoton Emission = Environmental Software
Δ Environment Hardware = Environmental Sequence
Frequency = Evolutionary Potential = Biophoton Scripture
Wavelength = Evolutionary Channel = Biophoton Code
Then;
Environmental Program = Environmental Hardware x Environmental Software^2
Environmental Programming = Δ Environment Hardware x Environmental Software^2
Environments operate as Hardware Systems where Programs within the environment are carried out. For example, an environment may be hardwired as a Forest Ecosystem. The programs within the forest ecosystem may vary, as the forest may function as a Wild Ecosystem, a Domestic Timber Harvest Farm, a Food Forest, a Wild Fishery, or a variation between the four or something else entirely.
No matter what the program is within the environment, it is being carried out through the electromagnetic activity of the environment. The light from the sun and the inner Earth establishes initial software systems for the Holographic Planetary Processor to simulate into the programs that produce the Natural World. Smaller automatous light-sources exist on the planet, such as through biophoton emissions and electricity. Timber Harvest Management Environmental Programs are a production of thoughts; the vision (light) of the plan guides the actions of the body and structures the program functioning into the environment.
Emerald Dragon's Eco-Village and Eco-City Developments will improve upon natural environmental hardware and programming of forest ecosystems to restore Old-Growth Climate Conditions of the Biosphere.
Theory of Environmental Programming
Environmental Programming = Environmental Sequence x Environmental Software^2
Environmental Programming = Δ[(Central Processor) (Data Storage)] [(Environmental Code) (Environmental Scripture)]^2
Rehabilitation of Wild Fishery Ecosystems
Harmonious Integration of Eco-Village Infrastructure into the Canopy Ecosystems of the Redwood Forest frees up the surface level of the Forests to be restored into wetland habitats.
Wetland Habitats environmentally hardwire some of the healthiest and most biodiverse ecosystems on the planet into the environment.
Redwood Trees naturally create their own environments and local climates around them. The conservation of Old-Growth Redwood Forests, in combination with the restoration of Old-Growth Watershed and Wetland Conditions within the Forests, utilizes the natural Environmental Programs Hardwired into the Forest Ecosystem to reverse adverse trends in climate change.
Restoring the Jacoby Creek Salmon Stock Exchange
Jacoby Creek
Environmental Hardware
Environmental Hardware
The Jacoby Creek Forest is one of the most pristine coho salmon and steelhead trout habitats remaining in California, yet it is residing as an endangered ecosystem on the brinks of complete extinction. 40 years ago, the Jacoby Creek operated as a thriving wild fishery, with salmon 3+ feet flooding through the creek each year.
Environmental Hardware
Environmental Hardware
Environmental Hardware
The Environmental Hardware of the Jacoby Creek will be restored to run Natural Wild Fishery Environmental Programs through the creek's streaming services to propel the natural Evolutionary Development of the Forest Ecosystem in the accumulation of vital oceanic nutrients and mineral compound biomass resources.
Theory of Environmental Programming
The Mass of all Biological Ecosystems on Earth are culminated from water-based lifeforms. Photosynthetic Organisms capture and store light energy within liquid water through the production of biomass resources. Biological Organisms enables the Planetary Biosphere to accumulate mass through the absorption of light energy from the sun and organizes the accumulation of mass through advanced systems that structures the natural physical attributes of atomic and chemical matter within the environment into synchronized functions stimulating complex communication feedback systems through multidimensional platforms. The structure of DNA processes external light energy from the environment into biophoton emissions that organize and regulate genetic activity within the environment through the establishment of an electromagnetic biofeedback communication system between atomic and cellular activity. The Frequency and Wavelength of the biological-light corresponds to the informational sequencing activating, deactivating, and reorienting targeted alleles within the environment, directing physical changes in the environment. The Genetic Activity then regulates chemical energy production within the environment through the expansion, retraction, and/or reorientation of biomass resources.
As light passes through the layers of the Biosphere, pattern sequences are naturally created based on the light that is absorbed by matter in the environment and the remaining light left available to continue passing through. The pattern sequences created as light from the sun, moon, and stars passes through the atmospheric layers of the planet are not random and are highly organized and structured. When this light passes through liquid water, the information contained within the light refracts through the water and condenses itself into a two-dimensional template projecting a third-dimensional hologram through the space-time continuum, establishing the spatial properties prerequisite for biological life to form. Energy from the Sun propels growth and activity of Biological Life on the planet by sending highly structured electromagnetic signals to the planet that the Biosphere transcribes into highly advanced computer-like coding that utilizes the motion of liquid water compounding the motion of sunlight passing through the water to create two-dimensions of motion within a singular space; a fourth dimension of time containing the third-dimensional hologram within the water.
Biological Life is a production of the expansion in the dimensional perimeters of a singular space. Under proper spatial conditions, atomic and chemical resources within an environment can be arranged into the expression of higher dimensional systems translated through lower-dimensional states of matter that organizes information of individual lower-dimensional movements into a singular higher-dimensional structure. The evolution of a single cellular organism into a multi-cellular organism exemplifies the spatial capacities for a higher dimensional system to operate through lower-dimensional spaces. Genetic information contained within the original zygote cell replicates itself into multi-dimensional spatial perimeters establishing a system where innumerable lower dimensional positions in space are all operating under the unification of a singular higher dimensional system. The dimensional properties of space operate as universal data storage systems for the information contained within the light to imprint itself into structures (such as matter) stored within the perimeters of space, resulting in the storage of energetic productions within a localized position of space.
Watershed Ecosystems
Surface Water Storage Systems within terrestrial ecosystems operate as the heart-centers of the ecosystem while streams and waterways operate as veins that pump water through ecosystems for the sustenance and development of biological life. Water Basin systems will be environmentally hardwired into periodic sections of 1+ acres in forest ecosystems to operate as Forest Pacemakers that store 100,000,000+ gallons of water to increase surface water retention capacities of the forest. In addition to capturing rainwater, water will be pumped from primary waterway(s) to fill water basins during the rain seasons. Up to 60% of water within the basin will be pumped from the water basins back into the primary waterway(s) and the base of surrounding seasonal creeks to expand riparian zones within the forest during the dry seasons and strengthen year-round headwater systems for primary waterway(s). The remaining 40% of water within the water basin(s) will be utilized as waiting pool areas for repopulating steelhead trout and year-round fish populations within the Forest Watershed Ecosystems. Environmentally Hardwiring Water Basins into the forest ecosystem will orient software programming from light passing through the environment into the biochemical energy productions of wild fishery ecosystems.
Wild Fishery Hardware = Fishery Production Programs x Environmental Software^2
Where ; mass = mass of water + biomass in the water; chemical energy production = Chemical energy production of water + biochemical energy production inside the water; and the speed of light is a measurement of sunlight + biophoton emissions produced from biomass resources aquatic environment.
The Foundation of the Jacoby Creek Wild Fishery Ecosystems is the Jacoby Creek. Currently, the flood plains in the Jacoby Creek are largely inaccessible as juvenile rearing off-pool habitats due to habitat destruction of the trees that naturally fall into the creek and due to the loss of beaver populations. The Natural Evolutionary Development of the Jacoby Creek will be propelled by strategically adding medium-large trees into the Jacoby Creek to create natural tree-dam plunge-pool habitats to raise the year-round surface water retention levels of the Jacoby Creek to reflood the flood plains into juvenile rearing habitats for Coho Salmon and Steelhead Trout Populations. Willow Trees and Redwood Trees will be planted into the tree-dams so that over time, the decaying tree-dam structure is replaced by the root systems of the living willow and redwood trees. The initial Natural Resource Investment of Fallen and Living Trees for structuring plunge-pool habitats within the Jacoby Creek will propel the Evolutionary Development of the environment for long-term Biochemical Energy Productions promoting the Natural Adaptations of Wild Fishery Ecosystems within the Environment. The reintegration of Native Willow Trees into the fishery habitats will cool the creek habitats, remove fine sedimentation from within the water, and ultimately provide restoration of food sources for the reintroduction of beaver populations into the Jacoby Creek for restoring Old-Growth Watershed Conditions within the Forest Ecosystem.
(Jacoby Creek)(Natural Tree Resource Densities in the Creek + Additional Biomass Resource Densities in the Creek) = (Fishery Chemical Energy Production + Fishery Biochemical Energy Production) x Biophoton Emissions^2
Wild Forest Fishery Ecosystem = Aquatic Chemical Energy Productions x Environmental Software^2
Where; Mass = Environment = Natural Resources = Wild Forest Fishery Ecosystem; Chemical Energy Production = Aquatic Chemical Energy Production; and the speed of light is a measurement of sunlight + Biophoton Emissions produced from Aquatic Biomass.
Realty Development of Forest Real Estate will be structured to expand the riparian zones within the Forest Watershed Ecosystems to optimize the Realty Productions of Healthy Biochemical Energy Productions within the environment. Water Holes 10+ feet in diameter will be dug into areas along seasonal creeks where water naturally builds up upon the surface. The center 2-3 feet will be dug into deeper to access the subterranean spring waters buried beneath the Watershed Ecosystems. A well pump will be integrated to pump subterranean spring water into the water holes to enable year-round emergency access to well water throughout the wildlife ecosystems. Activated Charcoal logs will be structured into the walls of the water hole(s) to detoxify the water, so it is clean enough to drink. An additional water pump will be integrated into the base of the seasonal creek(s) to pump water from the primary yearly stream to the base of the seasonal creek(s), into the water hole, and back into the primary stream; to increase year-round water circulation levels through headwater habitats of the Forest Watershed Ecosystems. Waterslides will be harmoniously integrated into the canopy ecosystems of the Forest Trees to create Watershed Waterpark Forest irrigation Systems running into specified water hole(s) integrated along seasonal creek(s). Water will be pumped from the primary year-round stream through the waterslides, into the water holes, and back into the primary stream; creating the fully sustainable forest waterparks. Sprinkler Systems will be integrated into the Canopy Waterslides with computerized control settings for periodic misting of the Forest Vegetation during the dry seasons to maximize natural production of vegetation health and growth within the Ecosystem while minimalizing wildfire risks during dry seasons. Emergency settings will be integrating into the Canopy Waterslide Sprinkler Systems for heavier Sprinkler settings to put out intense wildfires from the Canopy Ecosystems to the Ground Levels of the Forest. Watershed Waterpark Forest Irrigation Systems expand year-round riparian habitats, strengthens year-round water circulation systems through headwater ecosystems, provides emergency wildfire protection systems for Forest Habitats, and harmonizes human recreational use of the forest with natural benefits to the native wildlife ecosystem(s).
Forest Real Estate = Realty Production / Biophoton Emissions^2
(Jacoby Creek Watershed)(Natural Resource Densities) = (Chemical Energy Productions + Biochemical Energy Productions) / Biophoton Emissions^2
Where; Mass = Real Estate = Forest Ecosystem; Chemical Energy Production = Realty Production; and the speed of light is a measurement of sunlight + Biophoton Emissions produced from Biomass Resources within the Estate.
Natural Resource Management
The change of Mass within an Ecosystem is a change in the Natural Resources of the Ecosystem, representing the Natural Resource Management of the Ecosystem. The Economic Commerce of an environment is the product of the change in the Realty Property Space and/or the Natural Resource Densities within the space, in relation to the speed of production^2.
Natural Resource Management = Δ Realty Production / Speed of Production^2
Economic Commerce = Δ [(Realty Property Space) (Natural Resources Density] x Speed of Production^2
Where; Δ Mass = Natural Resource Management; Volume = Realty Property Space; Density = Natural Resource Density; Δ Chemical Energy Production = Economic Commerce; and the Speed of Light is the constant for the Speed of Production.
Beavers are the original Natural Resource Managers of Aquatic Resources within Wild Forest Fishery Ecosystems. Before the 1850s, beavers inhabited the Jacoby Creek Forest and were responsible for the cultivation of Old-Growth Watershed Conditions within the Forest Ecosystem prior westernization. The Reintroduction of Beaver Populations within the Jacoby Creek Ecosystem will optimize the Natural Resource Management of the Watershed Ecosystem for the Realty Production of Wild Fishery Habitats.
Beaver Resource Management = Fishery Productions x Speed of Production^2
Beaver Resource Management = Δ (Jacoby Creek Area Space) (Biomass Resource Densities) x Speed of Production^2
Where; Natural Resource Management = Beaver Resource Management; Economic Commerce = Fishery Productions; Realty Property Space = Jacoby Creek Area Space; Natural Resource Density = Biomass Resource Densities; and the Speed of Light is the constant for the Speed of Production
The Investment of Beavers (Natural Resources) into the Jacoby Creek will establish a Natural Resource Management System for the exchange of Tree logs (Natural Resource Densities) into the Jacoby Creek, in the establishment of beaver dams, which will expanding the Jacoby Creek Area Space and increase the Wild Fishery Productions of Coho Salmon and Steelhead Trout Populations within the creek.
Watershed Waterparks Forest Irrigation Systems will propel the Natural Evolutionary Development of the Forest Ecosystem for the reintroduction of wild beaver populations that will restore Old-Growth Conditions within Forest Watershed Habitats by harmoniously integrating sustainable waterpark realty developments into the natural canopy ecosystems of the trees for programming recreational access to the forest in manners mutually beneficial for surrounding wildlife populations.
Watershed Waterpark Realty Development = Aquatic Realty Productions x Biophoton Emissions^2
Watershed Waterparks will increase the natural Economic Commerce of Forest Ecosystems by restoring endangered coho salmon and steelhead trout habitats into wild fishery ecosystems, provide food supplies for the reintroduction of beaver populations, increase year-round surface water retention capacities of Forest Watersheds, expand year-round riparian zones of the watershed, increase aquifer recharge, increase emergency accessibility to subterranean Springwater for wildlife populations, and harmoniously integrate recreational waterparks into the canopy ecosystems to maximizes natural vegetation within the watershed while also providing wildfire protection for the forest. Watershed Waterparks will cool local and regional climates and mitigate adverse impacts from drought and climate change.
Sustainable Economy Through Environmental Conservation
The refurbishment of beaver wetland habitats throughout the Forest Ecosystems of the North Pacific Coast will greatly enhance the economies of Washington, Oregon, and California; enabling each state to produce northward of $300,000,000 per year through wild food productions and wetland conservation.
Treehouse Building Units will increase the economic value of Living Forest Trees by 10-100x the current timber harvest value from the carcass of dead trees.
Watershed Waterpark Forest Irrigation Systems will greatly promote and expand outdoor recreational activities in nature, further boosting our nation's economy through Nature-Based Solutions for resolving Wildfire risks.
This will all be accomplished while mitigating harmful impacts of climate change and maximizing wildlife biodiversity for long-term growth and development of Old-Growth Forest Ecosystems.
The reinvestment of tree-timber productions back into the natural resource productions of the ecosystem increases the overall value of ecological productions. The removal of tree-timber productions through economic commerce removes the tree resources into a consumer-based exchange system instead of reinvesting those resources back into the ecosystem for supporting greater ecological productions. The re-investment of tree-timber productions into wild fishery ecosystems increases the natural resource productions of the ecosystem for long-term benefits.