Question

considering nature and technology list as many nessecities from both

Answer 1

Here are broad, organized lists of necessities coming from (1) nature and (2) technology. I grouped items so you can see parallels and where they overlap.

Necessities from nature
- Air (oxygen, clean atmosphere) — respiration and climate regulation
- Water (fresh water, hydrological cycle) — drinking, agriculture, ecosystems
- Food (plants, animals, fungi, marine life) — nutrition and calories
- Sunlight — photosynthesis, vitamin D, heat, circadian rhythms
- Soil and nutrients — plant growth, food production, carbon storage
- Climate and weather systems — temperature moderation, rainfall patterns
- Biodiversity and genetic diversity — resilience, crop/animal breeding, medicines
- Pollinators and seed dispersers — crop reproduction and wild-plant regeneration
- Ecosystem services (decomposition, nutrient cycling, water purification) — waste breakdown, soil fertility, clean water
- Forests and vegetation — oxygen production, carbon sequestration, habitat
- Wetlands and natural filters — flood control, water purification, biodiversity
- Marine ecosystems (oceans, reefs) — fisheries, carbon sink, weather moderation
- Minerals and geological resources (iron, copper, rare earths, fossil fuels) — raw materials for tools, infrastructure, energy
- Biological compounds and organisms (microbes, plants) — medicines, fermentation, biotechnology feedstock
- Natural materials (wood, fiber, stone, clay) — construction, fuel, clothing, tools
- Habitat and intact ecosystems — species survival and cultural values
- Natural cycles (carbon, nitrogen, phosphorus) — baseline for all life processes
- Natural aesthetics and cultural/spiritual values — mental health, recreation, identity

Necessities from technology
- Clean water systems (treatment, desalination, distribution) — safe drinking and sanitation
- Energy generation and distribution (grids, renewables, nuclear, storage) — power for homes, industry, services
- Sanitation and waste management (sewers, recycling, hazardous-waste handling) — public health and environment protection
- Food-production technologies (irrigation, fertilizers, mechanized farming, greenhouse/hydroponics) — reliable high-yield agriculture
- Medical technologies (vaccines, antibiotics, diagnostics, imaging, surgical tools) — disease control and longevity
- Transportation infrastructure (roads, rail, ports, aviation, vehicles) — mobility of people and goods
- Communication systems (phones, internet, radio, satellites) — information exchange, coordination
- Computing and data storage (servers, cloud, software) — information processing, automation, research
- Manufacturing and materials processing (metallurgy, plastics, semiconductor fabs, CNC) — building goods and tools
- Sensors and monitoring (environmental, health, structural) — situational awareness and early warning
- Construction technology and housing systems — safe shelters and resilient buildings
- Financial and logistical systems (banking, supply chains, inventory systems) — economic activity and distribution
- Education and knowledge infrastructure (schools, online learning, research institutions) — skill development and innovation
- Safety and protection systems (firefighting, police, emergency response, building codes) — human security and resilience
- Cybersecurity and identity systems — protect data, transactions, and public services
- Automation and robotics — productive efficiency, hazardous work reduction
- Advanced materials (composites, semiconductors, biomaterials) — high-performance applications
- Public-health infrastructure (epidemiology networks, labs, cold chain) — outbreak control and vaccine delivery
- Standards, governance and legal frameworks (regulation, property rights, protocols) — coordination, safety, fairness
- Waste-to-resource technologies (recycling, circular economy solutions) — reduce environmental impact

Notes on overlap and priorities
- Many technologies depend on nature (minerals, water, ecosystem stability); conversely, technology can protect or harm natural systems. Sustainable choices are necessary to maintain both sets of necessities.
- If you want, I can: (a) prioritize these lists into essentials for survival vs. societal comforts, (b) map dependencies (which technologies rely on which natural resources), or (c) make a concise checklist for policy/planning. Which would you prefer?