Balance and imbalance in ecosystems is interchangeable. However, in a pro-life context the scales always have to lean slightly in favor of balance. It’s a cyclical process as well, the center of which has to involve a bit more harmony, otherwise life and its aspect of structured matter is not possible.
We are at time that ecological destruction if not the most is one of the most dangerous existential threats to life forms on earth, including humans. Scientific evidence has it that the main source of this destruction is human activity.
Ecological destruction is a multi-factorial phenomenon that is linked to economic, social, psychological and technological factors including others. The current text focuses on the technological aspect of the ecological destruction and how technology can be used in a beneficial way.
Below is a list of innovations that are judged to be important for the reversal of the current ecological destruction and the avoidance of any future ecological crises. This list is not exhaustive and might be updated in intervals.
Ecological innovations list
Carbon capture
Artificial photosynthesis
Battery recycling and re-usability
Greater battery capacity (research for alternative battery materials, other than lithium for example)
Bio-degradable or/and re-usable and recyclable construction blocks for buildings and roads
Bio-degradable and non-toxic chemicals for industrial and domestic uses and processes
Electric machines and vehicles for all purposes (airplanes, tractors, ships, industrial equipment etc)
Bio-degradable or/and re-usable and recyclable assembly parts for machines
Use of natural processes such as bacterial synthesis of materials (clothing etc)
Bio-degradable or/and re-usable and recyclable domestic materials (cellulose food packaging etc)
Reflective nano-materials to send back to space solar radiation
Neat and fast demolition and construction of obsolete buildings (e.g. with automation)
Architectures and materials that allow mass spacious housing
Architectures and materials that can host plants and forests in buildings and urban settings
Capture and dissolution of dangerous substances from the air and the water (e.g. bacteria metabolizing petroleum)
Liquefaction or solidification of exhaust fumes (from factories etc) and their later re-usability in their form or in dissolved form
Manipulation of atoms and molecules to build materials (with matrices, 3D printers etc)
Big scale soil nutrient replenishing techniques and technologies (e.g. regenerative agriculture, drone spraying)
Big scale reforestation techniques and technologies (e.g. drone based planting)
Big scale, cost-effective and with non-toxic byproducts desalination
Low energy, cost-effective water transfer (including desalinated water)
Water vapor liquefaction at scale
Drinkable water reserves at scale
Artificial rain with pumping and spraying water in great distances
Organic waste management in buildings (e.g. installation of plants that can decompose excrement or food waste)
Computer processors with minimum heat dissipation
Advanced computer algorithms and infrastructure that require less energy consumption
Advanced sensors and data management in several areas (agriculture, heating systems etc) to automate processes and minimize energy and matter waste (e.g. precision irrigation)
Electronic devices and operation systems that allow for maximal device life-cycle
Decentralized green-renewable energy production (solar panels, wind generators in houses etc)
Nuclear fusion
4/1/2025
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