The #1 Best Way For 2025 Climate
Best Method 1 So Far:
85% ready to be printed out
I’ve been working on the 800 methods for 2025 climate goals
(from about 7 websites), each applied to up to 7 groups,
for some time now.
“Incredibly difficult to solve 2025” has been a profound understatement,
but 2025 is so, so, so, so, so soon.
I think this is the #1 best method for 2025, and will paste it here, so that it can be copied to a word document, 40 quick edits can be made to how it will be printed out (e.g. moving new sections to new pages, and climate change printed and read when want to do %s for climate… I will also write a second page for the 2nd best 2025 how to method, that is safer than this method. However, both methods are really, really, really worth copying into word documents, printing out, and reading a % at a time, because working on the 2025 goals is really, really, really, really important…
This method is: 85% ready to be printed (not written in full yet)
The How To Applied www.thingstolikeandlove.com/new/second-best-climate-method
The Reasons Why the Climate 2025 Goals Matter So, So Much
Part 1- The How To Overall
How to solve 8 billion people, lots in really different circumstances to apply 800 things x 7 groups has been something I’ve been trying to somehow solve for 8 billion
This is the method for 2025 for 800 goals for 8 billion across really, really different circumstances (e.g. if can’t afford it, yr 9 educ)
Task 1: How do I choose something between 0.5 to 4 hours each week,
to do solutions for 2025 Climate Change Goals, Environmental Goal solutions (e.g. 1-2 hours, although number can change)
1. 0.5 to 4 hours per week for climate change is really, really, really, really, really needed for the 8 billion, especially because of all the Tipping Point accelerants.
We need to do a climate time we individually choose each week, do the following %s, and then set boundaries, and don’t worry about it until next week…
Please be careful with who could be hacking you that don’t know. And only do 0.5-4hrs where and if safe, and if not, then don’t do it
How get people in not safe enough to not do this, safely, ethically, or to do this in really, really, really safe ways
2. Imagine if you had increasing category 5 hurricanes, enormous droughts, enormous floods, having to regularly rebuild all your coastal areas further inland regularly, having to rebuild after all of the above increasing. Climate change disasters increased 5x with the last 1.5 degree increase in temperature and increased 7x with last 1.5 degree increase. Doing 0.5-4 hrs per week matters.
If you learn international development, the third part is the environment. Once the climate change goals are really thoroughly covered (and 2025 is something that really, really, really needs 75% of this), this method can be applied to an increasing number of environmental goals, starting with the most urgent environmental goals and then growing outwards.
So this method can be applied to the third part of international development, once climate change is really, really, really, really thoroughly covered…
Or (within this specific method) some people could choose more than 4 groups per week, and do 2-3 for climate and more for the environment.
The more that the climate change goals are thoroughly solved and achieved, the sooner this method can be applied to the environmental goals. But climate change is really, really, really, really, really important and urgent.
The Reasons Why the Climate 2025 Goals Matter So, So Much
3. So to do whatever can within the 0.5-4 hrs for 8 billion allocated, then set boundaries, and don’t worry about it until next week.
Please be careful with who could be hacking you that don’t know. And only do 0.5-4hrs where and if safe, and if not, then don’t do it
How get people in not safe enough to not do this, safely, ethically, or to do this in really, really, really safe ways
Task 2: How do I subtly, subtly, subtly, safely, safely, safely, ethically, persuade larger and larger %s of the 8 billion to do 0.5-4 hrs each week until 2070? But only where, if safe, and only if affordable enough
And to optimize their motivation around what they need to do and not do around climate change (e.g. for businesses, to wait until solve enough solution %s to solve the 2025 goals, prices, profits, enough)
1. Within the 0.5-4 hrs we individually choose for the week, to try for these things:
The first thing is to motivate a larger and larger % of the 8 billion people to do what they individually need to do for climate 2025, 2030 each week (and motivate some people, e.g. where not safe enough, or can’t afford, to not do).
Subtly, subtly, subtly, and safely, safely, safely, safely, safely, and ethically.
How get a larger and larger % of 8 billion to do this each week until 2070- to choose something between 0.5-4 hours for climate per week until 2070
And to motivate larger and larger %s of 8 billion to optimize around the climate change 2025 goals and 2030 goals each week (and to also persuade what some people need to not do, e.g. if not safe enough, to not do, and if can’t afford enough, to not do).
Task 3: Within the 0.5 to 4 hours that I chose, how do I choose >>> 4 of the “hard to solve” groups (shown in more detail in section 4 and fully printed out) for climate change and/or the environment?
How do I do some %s to safely, safely, safely, and subtly, subtly, subtly try to persuade these 4 goal groups to optimize their motivation and problem solving for all the %s needed for their climate change to dos (which could be 800 billion %s for 1 to do, across a large group)?
I could start with 4 smaller groups (e.g. Week 1= 1a + 1b + 1c + 1d) and over time, make the groups contain more and more things
(e.g. Week 2= most of 1 and most of 2 and most of 3 and most of 4 within Week 2). And to really, really, really safely, ethically choose a specific time (e.g. 10+10+10) and do %s to motivate these groups to achieve the goals within each group (or motivate the groups around them to safely or ethically motivate them).
In practice, this would be a few %s to try to motivate, within a time that you choose for this.
And the goal is to use the 0.5 to 4 hours to please motivate to solve the climate change 2025 goals first, and then, after that, the next climate and environmental goals.
Climate change 2025 is really, really, really, really soon and really, really, really important, and each year up to 2030 is incredibly important for tipping points, so climate change needs to be the largest % within this method for a long-time.
However, after climate change is achieved thoroughly enough, hopefully larger and larger and larger %s of this method could be applied to help support the most important environmental goals long-term.
Or you could ask for an environmental hour side by side with this… or to ask for 3 climate change priorities & 2 environmental priorities within this- this is a really good idea...
As well as the 800 billion %s that need to be attracted for specific important environmental and climate change goals…
1. How get 8 billion to do this each week for forever?
How do we choose 4 different groups to optimize motivation for? For example, to choose 1-4 climate change groups from the optimized list below and do 5-7 climate 2025 %s
1. So to copy, paste, and print out everything and pick 4 from Week 1 of Month; try for %s for some of these- if safe. If not safe enough, don’t do. A safer alternative is to change the weeks around, or what is within weeks. I think the current method below is the most effective for the 800 x 7 groups, but for safety, you might want to mix these up somehow.
2. On whatever you like, preferably larger ones in table, in safe enough ways long-term
3. However, when motivating governments, govt financial resources need to be on balance with all the factors, and prices, profits, jobs also need to be solved within %s
4. The richest 70% of world can afford to go first for climate goals 2025
5. Help problem solve climate solutions for largest groups e.g. farmers for how do
Task 4: Within the 0.5 to 4 hours that I chose, how do I do some %s to either solve my personal climate change to do %s (e.g. solving food habits) or help with %s for solving larger climate change to dos (e.g. how make climate change more profitable)
3. The third thing is, within the 0.5-4 hrs that you choose, to try for %s to either solve or practice personal 100% climate 2030 habits
1. The previous 2025 is %s for optimisation of motivations around the climate solutions group.
2. This 2025 personally working on climate %s, whether solving your personal climate habits, or helping to solve %s of solutions for a larger group (e.g. what are %s to make renewables as profitable as achievable).
How do: please google ‘Page/Table of 100 Climate Solutions’, sort them by Scenario 2, copy and paste them into a Word document with the “Apply source formatting” option, and print these out
3. Focusing on the largest ones, find out if can solve or practice a climate % or %s for these, if safe enough… If you can’t do or don’t want to do, then skip to the next largest one… can also cross-reference with six-sector solution for more details
Task 5: The fifth task is that environmental goals are often not worked on enough because they are not as urgent as the other goals…
I think it would be absolutely brilliant if we could apply this 2070 method to environmental things as well, with industrial pollution solution %s as one of the first things to be solved.
However, we have had different kinds of pollution for a really, really, really long time.
And 2025 is absolutely herculean…
2025 is incredibly soon… so as your 4 motivators per week, you could choose the environmental priorities, but to please take the 16 tipping points really, really, really seriously and help with climate change first.
And once you do the time you allocated per week (e.g. 1 hr, over 20, 20, 20 minutes, although it would be best to do 1-2 hrs), to not think about it until next week, to protect your mental health and energy.
Task 6: This task is separate from all of the above and is not within the 0.5-4hrs, because 100x more than 0.5-4hrs needs to be achieved within those.
People in the areas being hit by increasing climate events should probably try to solve this first…
Climate change adaptation is a completely different area from the above.
How do I create %s to help people hit with more intense climate change events to strengthen internally? How do I encourage them to write down 10,000 %s as soon as they can for how they will adapt to increasing climate change events and when and how they will move? How do I encourage them to move location to somewhere else when they need to and to visit regularly?
A really good way to do this is to use the 5-12 protection help %s to solve physical risks like storm surges, floods, droughts, extreme heat or other physical climate risks to adapt to climate risks.
So you would allocate some time per week, do what you can for a %, and when you have done your best, to not think about it until next week. And if something worries you, either avoid it, or do a larger number of %s per week (e.g. a hurricane is approaching so to do 40 %s to protect your farm or fast)
Part 2-
Climate Change Summary
Part 3-
Climate Change
In Full
8 billion x 2025 is not easy; I will post this on my website and hopefully it can be copied, pasted and printed out
Week 1 of Each Month (my best 2025 method so far)
How get individuals, businesses, governments, industries,
world of problem solvers safely, safely, safely, ethically motivated
to achieve the 2025 % goals?
1. Persuading Farmers who can afford it to learn about all of these, even if don’t implement, so know what are (specific climate groups that need to go for 150%)
Group 4a- This is only for farmers who can afford it enough… these are huge though (20 is average)
Huge: 205.3 Reduced Food Waste, Climate Friendly Foods
Huge: 91.8 Tree Intercropping, Multistrata Agroforestry, Regenerative Annual Cropping, Conservation Agriculture, Intensification for Smallholders, Nutrient Management
Huge: 84.4 Silvopasture, Managed Grazing, Improved Cattle Feed, Manure Management
Huge: 83.4 Perennial Staple Crops, Bamboo Production, Perennial Biomass Production, Improved Rice Production, System of Rice Intensification, Farm Irrigation Efficiency, Improved Fisheries
Group 4b-
(1) Really popularise food rescue services with everyone who should use them and (2) encourage food rescue services to continually improve (e.g. to work more with countrywide and regional food services, for example, to set up a 20 country map where food rescue services can pin their location, the food they have, and important details (e.g. expiry dates), you can easily turn the pins into a table, and anyone anywhere (especially other food rescue services) can pay to have the food brought to them
Group 4c-
Help all the different types of businesses (e.g. the different types of businesses that work with food or have any connection with food) to find the best ways to implement food loss and waste strategies, plant rich, environmentally helpful diets, in ways that are beneficial or profitable or cheap e.g. how to measure food waste and implement strategies to reduce food waste, and to especially help with the next category here:
Find or create websites and regularly promote websites that help farmers do climate-smart agricultural practices in ways that show profits and benefits to them and keeps food supply high; the above could have things to help all farmers in 8 billion too; encouraging frequent outreach to farmers to help problem solve these and solve prices, profit, climate adaptation (e.g. droughts, floods) solutions; Helping solve income alternatives for farmers (e.g. what kinds of meat are preferred for climate and resources to help succeed in them
Find or create websites and regularly promote what foods are most to least climate friendly, and what foods should be preferred, if have extra motivation, money or time (e.g. foods that are fairtrade, that reduce peatlands and forest loss, by shopping locally and in season), and update national diet recommendations with climate goals; how to reduce food loss and waste; help people to figure out which ingredients meet the above requirements or not
2. Forests, Carbon Sinks, Tipping Points (specific climate groups that need to go for 150%)
Group 1: The Tipping Points
Group 1a- To halve tropical deforestation by 2025 and stop net deforestation by 2030 globally, remembering that saving an old-growth forest is 20x more effective than a new sapling forest; Together with this #1 goal, to ethically & safely attract 800 billion %s to help the people who work in industries connected to the above to solve what they need to solve to have a comparatively good life to before; to stop policies and subsidies that incentivize deforestation and peatlands degradation and promote their restoration; To join the best organization’s email list for supporting forest and peatlands conservation and restoration
Group 1b- Protecting all Forests, especially Tipping Point Risks
Especially Temperature Forests, Peatlands and Tropical Forests
Indigenous People’s Protected Land Protects Tipping Points 174.60 Huge
Group 1c- What parts of these need to be protected, where, why, buffer zones for future
Helping with finding equal alternative solutions for incomes, cultures, communities
Together with this #1 goal, to ethically & safely attract 800 billion %s to help the people who work in industries connected to the above to solve what they need to solve to have a comparatively good life to before
Restoration and protection of environments, especially carbon sinks and tipping points
Encouraging protection of environments like Grasslands, Macroalgae, Seafloors, Wetlands
Group 1d- To find websites that solve how businesses can do deforestation, peatlands drainage-free supply chains and to promote these
To find websites that solve how businesses can work with suppliers to find collaborative solutions to minimize ecosystem impacts across the supply chain and to promote these
To find websites that show how to systematically monitor and evaluate the progress of protection, conservation and restoration efforts;
To find websites that solve how people can promote investments in deforestation-free supply chains.
Group 1e-
Remembering that protecting Climate Change Tipping Points is 1000x more effective for climate change and that old trees store 20x more climate gases than new sapling forests
Encouraging Restoring Degraded Land and Restoring Unused Farmlands 55.41 Large
Restore 150 million hectares of forests and other landscapes by 2020 and 350 million hectares by 2030- the two primary goals of the Bonn Challenge. 2030 is a rallying call for the protection and revival of environmental ecosystems all around the world.
It goes until 2030, which is the timeline scientists have identified as the last chance to prevent catastrophic climate crisis change.
Week 2 of Each Month (my best 2025 method so far)
How get individuals, businesses, governments, industries, world of problem solvers safely, ethically motivated to achieve the 2025 % goals?
1. Solving Food (climate habits that the 8 billion who can afford it need to 150% have)
Group 1a- Reduced Food Waste, Plant-Rich Diets 205.4
Food is absolutely huge for 2025
Group 1b- How simplify and memorise- most effective to smallest?
Buy only what will eat or save, use leftovers, write shopping lists, plan meals, store food to maximise freshness, e.g. freeze food near eat by date
If- if- you have extra money and time, choose ethical food with ingredients that reduce forest loss & peatlands loss, or that supports fair trade, learn about least to most climate friendly foods, learn about seasonal food, local food, food miles, learn about how to choose ugly fruit and vegetables as often as you have motivation and energy for this (what is safe, so that it doesn’t get thrown out)
Encourage all businesses that work with food to write 5 things they could do each month; compost scraps; really popularise food collection services, and encourage food collection services to work together internationally to regularly improve
Group 1c- Help all the different businesses find best ways to implement food loss, waste strategies
Help all the different businesses (e.g. that work with food or have any connection with food) to find the best ways to implement food loss and waste strategies, plant rich, environmentally helpful diets, in ways that are beneficial or profitable or cheap e.g. how to measure food waste and implement strategies to reduce food waste, and to especially help with the next category here
Group 1d- Create websites and regularly promote what climate foods should be preferred, if energy
Create websites and regularly promote what foods are most to least climate friendly, and what foods should be preferred, if have extra motivation, money or time (e.g. foods that are fairtrade, that reduce peatlands and forest loss, by shopping locally and in season), and update national diet recommendations with climate goals; how to reduce food loss and waste; help people to figure out which ingredients meet the above requirements or not
2. Solving Renewables (specific climate groups that need to go for 150%)
Group 6a- 80 billion %s per month (e.g. 2 per person per week) how to get Energy Storage as effective and efficient as quickly as humanly achievable
Group 6b- What are lots of %s to Make These Cheaper and Really Profitable Sooner (because they’re not profitable enough yet- can someone try to attract 800 billion %s fast to make these profitable)?
Utility-Scale Solar Photovoltaics 111.59 (Huge/ 100 climate methods)
Onshore Wind Turbines 143.56 (Huge/ 100 climate methods)
Offshore Wind Turbines 9.89 (Huge/ 100 climate methods)
Concentrated Intensive Solar Power 21.51 (Huge/ 100 climate methods)
Group 6c
What are all the preparations that the energy industry needs to do for renewables?
How would they create a country-wide map for where 100% renewables would be located?
For example, you would first locate geothermal and hydropower, please also thinking about all cultural and environmental factors, and how much energy they would produce.
Then, where should solar, wind, or other should go, also thinking about factors like people and >>>animals don’t like wind farms nearby (so, to place them really far away from animals and people, and really, really close together, start planning locations for 100% renewables
Planning permits and where energy lines need to go, even if they don’t implement these yet
This could need special software that overlays e.g. wind speed, 1-10 wind regularity, please being far away from houses; it would probably be lots of 1-5 ranking colour filters you could move between
How get the funding for the above? It would be all countries implementing 4x ¼ or ½ strength really specific taxes, wouldn’t it? And to please do this really ethically, really safely
This really, really, really needs to be after a lot of talk with the energy industries
Group 6d- Finding equal alternative solutions for incomes, cultures, communities;
What parts of these need to be protected, where, why, buffer zones for future
Group 6e- Introduce policies that encourage renewable energy
Introduce policies that incentivize renewable energy; Halt policies that support non-renewable industries, including excessive subsidies; Commit to ambitious Nationally Determined Contributions and energy transition strategies; Set national and sub-national decarbonization and net-zero carbon targets; Promote energy efficiency and renewable energy
How to implement these wherever profitable as soon as achievable: Geothermal Power,
Nuclear Power, Small Hydropower, Microgrids 16.02
Group 6f: Research into future technologies e.g. Ocean Power, Wave Power, Grid Flexibility, Biomass Energy 4.39
3. Solving Persuasions (climate habits that the 8 billion who can afford it need to 150% have)
Group 2a-
Really, really popularise food rescue services with everyone who should use them and encourage food rescue services to continually improve (e.g. to work more with countrywide and regional food services, for example, to set up a 20 country map where food rescue services can pin their location, the food they have, and important details (e.g. expiry dates), you can easily turn the pins into a table, and anyone anywhere (especially other food rescue services) can pay to have the food brought to them
Group 2b- Everyone to write down and implement some improvements for climate and transport
Encouraging everyone to use Public Transport more (e.g. Buses, Trains, Trams), to Carpool more (this is a huge number, although probably: Ride-Sharing Apps), Encourage People To Buy Electric or Hybrid Cars If Can, Cycle More, Walk More, Rail Instead of Flying, Electric Bikes 55.08 Large
Encouraging governments to find the 2 to 20 highest potential locations to increase public transport for, increase bicycle infrastructure, make cities safer for walking, advertise posters with ride sharing apps, advertise current public transport options that people don’t know about; these would need cost-benefit analyses done first though 36.18
Group 2c- Persuading middle and high growth locations to have between 0-2 children that reach 27 years old 68.90 Huge
Group 2d- How make clean cooking cheaper and popular 76.34 Huge
Week 3 of Each Month (my best 2025 method so far)
How get individuals, businesses, governments, industries, world of problem solvers safely, ethically motivated to achieve the 2025 % goals?
1. Technical Solutions For Recycling across All Industries & the World of Science People (climate habits that the 8 billion who can afford it need to 150% have)
Group 2a-
Encourage people to
Reduce Plastics, Recycle, Recycle Paper 5.40, 11.29, 2.90
Recycle Plastics, Buy Bioplastics 1.69, 2.48
Recycle Metals 12.34
Encouraging governments, businesses, industries, research, the world of science & tech to solve:
From easiest to hardest
Recycled Paper 2.90
Recycling 11.29
Reduced Plastics 5.40
Bioplastics, Recycled Plastics 2.48, 1.69
Recycled Metals 12.34
Group 2b-
Encourage Businesses and Governments to Help Solve These, Especially How To Recycle
Metals, which is huge compared to these; However, to only do this if prices/profits enough
Group 2c-
Encourage the business and industry world to get fascinated with the %s for 80 billion %s
to help solve the relationship between plastics and climate change,
and the 800000 billion %s from the world to solve, first, plastics and climate change,
and then ingesting microplastics (probably seaweed, like the geniuses at NotPla,
although the carbon in seaweed returns to the air each year or so, but its still the #1 solution
for the long-term future),
and then how to make ingestible plastics really, really, really cheap for all kinds of plastics
(so that prices stay low- this might need a few decades, but seaweed plastics, now)
Group 2d-
Encourage the world of science and engineering people to become fascinated, as a hobby, with how to get the %s for 80 billion %s
to help solve Climate Change and Plastics (probably >not for carbon sink, but for >climate neutral)
Bioplastics (e.g. Seaweed), Microplastics, Recycled Plastics,
And how to solve how to make both really profitable & so that people use it, really cheap
How Make Recycled Metals Profitable (this is a large climate change area),
Recycled Rare Minerals for the future
How Make Recycling Everything Really Cheap for Businesses 36.10 Helps Lots Of Things
2. The Transport Industry (specific climate groups that need to go for 150%)
Group 5a- Persuade Transport Industry people to get really interested in how to get the 80 billion %s to solve climate neutral, even if it needs 20 years (e.g. 5 % attempts per week) 40.89 Huge
(e.g. 5 personal solution % attempts per week (e.g. the Car, Truck, Ocean Shipping, Aviation, Industries) and how to solve how to make the solutions cheaper, including government incentives
Group 5b- Encourage governments to help their country and the world move towards carbon-neutral transportation, for example to help electrify public infrastructure, especially for the locations of people who want to buy electric cars, improve electric infrastructure,
Improve people’s public transport options (e.g. buses), incentivise and help make electric vehicles cheaper (especially trucks, cars, buses), promote the benefits of electrification for air pollution,
Including increased public transportation and electrical vehicles to find 10 to 20 high potential areas and e.g. increase buses, or help with protected bike lanes and bike infrastructure, or make cities safer to walk, or popularise unknown transport options (e.g. apps) 25.14 Long Term Need
Week 4 of Each Month (my best 2025 method so far)
How get individuals, businesses, governments, industries, world of problem solvers safely, ethically motivated to achieve the 2025 % goals?
1. Energy Investments Industry (climate habits that 8b who can afford need to 150% have)
Group 4a-
If you can afford it comfortably enough and can keep prices low enough, to please switch to an energy provider moving fast enough towards renewables;
Use electricity that comes from renewable sources if possible 64.86 Large
Group 4b- Encouraging all people who can afford it to retrofit their house or organisation; Encouraging builders to really, really, really care about climate and to try and create win/win solutions for 2025, prices, profits, understand a home’s energy efficiency before you buy or rent if want cheaper house
Group 4b-
Research government and NGO methods to help you and implement what helps; Learn about ways
that your business can help with the above for climate change and increase profitability
Group 4c-
These are real investments, as well as 2025 support
Rooftop Solar Panels- these make energy cheaper, Insulation, Solar Hot Water, LED Lights (try 1 first)
Building Automation Systems, District Heating, Smart Thermostats, High Efficiency Heat Pumps,
Special Glass, Low Flow Fixtures, Retrofitting Energy Storage Solutions 172.44 Huge
Group 4d- Understand your 10 largest appliances
(the largest are usually your heater, air conditioner, hot water, washer, dryer) and try to be more energy efficient e.g. temperature techniques; solve thermal bridges through insulation; seal windows and doors.
Group 4e-
Understand efficiency performance when buying new appliances, especially for five most important appliances; Persuading whoever needs to know what refrigerants are and aren’t climate change friendly, because refrigeration is the 9th and 10th out of 100 sources of climate gases) 48.75 Large
They’re going to lose profits when this happens :/ I don’t know what to do about this
Group 4f- Persuading governments and scientists to solve refrigerant management, because refrigerants end of life is when they release the most climate gases 57.15 Large
2. Building Industry Energy Investments (specific climate groups that need to go for 150%)
Group 7: How Get Energy Investments Profitable And Mainstreamed For The Building Industry
Group 7a-
Encouraging all building businesses and governments to do %s often to solve climate 2025, prices, profits; Encouraging all people who can afford it to retrofit their house or organisation
Group 7b-
Solving win/Win solutions for climate 2025, profits, prices as soon as achievable for all new buildings, because new buildings lock in 100+ years of higher climate gas; updates to old buildings
Especially solving the 100 things around profits for carbon neutral building standards for new and current buildings as quickly as achievable, and making the 150 solutions for prices, profits, climate 2025 compulsory; This is around compulsory, non-compulsory strongly promoted building standards
Solving win/win solutions for climate 2025, profits, prices for current buildings as well
Group 7c-
Understand your 10 largest appliances (e.g. heating, air conditioning, hot water, washer, dryer) and try to be more energy efficient with these and all; Solve thermal bridges through insulation; Seal windows and doors
Understand efficiency performance when buying new appliances, especially for 5 most important appliances; Understand a home’s energy efficiency before you buy or rent if want cheaper
Group 7d-
Research government and NGO methods to help you and implement what helps;
Learn about ways that your business can help with the above for climate change and increase profitability
Group 7e- What should the priorities be?
Insulation, Solar Hot Water, LED Lighting, Building Automation Systems, Retrofitting
Net Zero Buildings, Special Glass, High Efficiency Heat Pumps, Low Flow Fixtures,
Smart Thermostats, District Heating, Energy Storage Solutions, Waste to Energy
112.82 Huge
3. Climate Change Infrastructure Industry (specific climate groups that need to go for 150%)
Group 8a-
How do you solve environmental and especially climate friendly infrastructure and city planning?
Is there an international guidebook for this? Is it really easy to apply?
What are the 100 best methods?
What should the priorities be for how to achieve these?
Group 8b-
Integrate grey, blue and green infrastructure to manage resources and runoff with minimal impact to the environment; retrofit public buildings
Incentivize climate priority solutions like mini-grids, district heating and cooling
For example, where to place electric vehicle charging infrastructure
Plan cities for mixed use of buildings and urban fabric,
Develop systems to integrate buildings, mobility and energy systems
Invest in infrastructure to better link rural and urban consumers and producers
Group 8c- This is for specialists in this really hard to solve area: What are ways to get help for how to solve environmentally and climate infrastructure and city planning?
It would be more apartment permits?
Group 8d- Encouraging governments to find the 2 to 20 highest potential locations to increase public transport for, increase bicycle infrastructure, make cities safer for walking, advertise posters with ride sharing apps, advertise current public transport options that people don’t know about; these would need cost-benefit analyses done first though 36.18
Group 8e- Develop systems to integrate buildings, mobility and energy systems, including distributed EV-charging; plan cities for mixed use of buildings and urban fabric, Invest in infrastructure to better link rural and urban consumers and producers
Week 4.5 of Each Month (my best 2025 method so far)
How get individuals, businesses, governments, industries, world of problem solvers safely, ethically motivated to achieve the 2025 % goals?
1. The Technology For Climate Gas Capture
Group 1a- This one is a long shot and the technology for sucking climate gases (e.g. carbon) needs to be on an enormous scale and
could take literally 70 years to get >>>the final details for
We cannot and should not rely on this as a solution before 2060- this is an after 2070 solution
However, the technology to speed up sucking climate gases from the atmosphere and into the earth on really absolutely enormous scales should definitely be encouraged- as a 2070 solution for final detail
But for the scale that we need, and thinking about all of the tipping points, we should not rely on this as a solution. We should do 10,000 %s to adapt to climate change as much as we can (and probably move locations), and to start adapting to 5x more droughts, floods, extreme heat, etc.
We should not rely on the above as a solution. But we should encourage it.
2. Anything in the other categories that needs more %s
What are the largest climate change topics and how do we achieve these for the 8 billion people faster? As a reminder, these are some of the largest areas:
20 is the average size of climate points
Solving how to make renewables really profitable is worth 372 points
Protecting carbon sink environments is worth 245 points
Protecting climate tipping points (e.g. the Amazon tipping points automatically releasing 40% of its carbon) is worth 10000
Safely and ethically helping get the 800,000 billion %s to get profit, income, lifestyle equivalents for people who make profits from cutting carbon sink environments is worth 4000 points
All farmers researching all the climate change things they can do, and implementing whatever is profitable enough for them (and also thinking about world food prices and the quantity of world food supply) is worth a whopping 464 points
Encouraging the whole world (but only those who are safe enough and can afford it enough) to do the climate habits (vegetarianism, reducing food waste, clean cooking, 0-2 children per couple, recycling whenever you can, choosing only climate safe refrigerants, encouraging governments to solve recycling of steel and metals) is worth a huge 493 points
The largest 20 specific solutions are:
Making onshore wind farms, large scale solar farms, rooftop solar and concentrated intensive solar farms as profitable and win/win for people nearby as achievable (so, wind farms far away from people and habitats), and roll out profitable fast
Getting governments to solve how to climate safe recycle steel, refrigerants, more large climate areas; methane management
Getting 8 billion habits for reduced food waste, plant-rich diets, clean cooking, 0-2 children per couple, choosing climate safe refrigerants only, rooftop solar panels, house insulation
Getting all farmers to learn about perennial staple crops, silvo pasture, tree intercropping, regenerative annual cropping
Getting all people to safely protect all forests, especially tipping point forests, peatlands, and restore farmland and degraded land for trees or for continuing farming or other climate help
Part 4- Environmental Summary
Environmental Priorities, after 2025 Climate Priorities:
These are what I think are the most urgent environmental goals, which can be divided into Year 1 goals (2023), Year 2 goals, Year 3 goals, Year 4 goals, Year 5 goals… what do you think should be the most urgent environmental goals?
2025 is really, really, really, really, really, really soon and climate change affects a huge range of things, so choosing at least 2 or 3 climate change things per week is strongly recommended, and to choose 1 or 2 environmental goals (within this specific method, which was created specifically for the urgency of climate change 2025- however, there is a safer method on the next page than this one- this method is the most efficient method but is mainly for printing out, reading, and comparing to the 2nd method).
However, if you would like to think about the future, here are where the above could go in the future (so we solve how to look after the planet, which we all need and depend on long-term)
The Reasons Why Climate 2025 Goals Matter So, So Much
Week 1 of Each Month
Helping Science People Solve %s for Industrial Waste %
Yr 1
What are %s to solve complexities like air pollution, soil pollution, sound pollution, marine pollution, industrial pollution, are really, really, really difficult to solve, and 100x more so when costs get added to products when these happen.
If someone is poor, they might need to do this to meet their needs. And everything is priorities- there are always millions of millions of things and you can work on about 5. When people are poor, these 5 are survival focused, and that is fair enough.
However, if there are ways to solve these… this would help so much… these are really, really difficult to solve, but every % forward with these helps a lot of people
Yr 1 This equals to 5 %s per organization per week, where each % is at least 0.00001% of a 100% solution, although the larger the % the better (but only if, where safe and ethical). For example, starting off with >>>safe research, %s of priorities, although the faster the %s are solved ethically & safely, the happier citizens will be
This could be %s to solve how to recycle industrial waste, pollution, mould, sick building syndrome, noise, recycling, air smog, awareness of neglected like malaria, tick bites. How do you really safely and really thoroughly prevent the world from intentionally hurting people with the above? e.g. tipping it into water supplies maliciously. How prevent by %s?
However, a lot of people really need their jobs and incomes, and it is important to try and make prices towards their usual levels… so if it needs 9,000 %s of solutions before there is a real solution for prices, jobs, profits, and income, then don’t implement until you reach 9,000 %s. Humans have lived with environmental problems for tens of thousands of years and survived them.
But the sooner get to 9,000 x >0.0001%/ 100% industrial waste %s (e.g. 5 per week). So in a win/win way for things like >>>prices/ health/ profit/ what poor people can afford, and ethically and >>>safely, safely, safely for you and all when doing this. And if you solve it early in a win/win prices/health/profit/poor people way, then it’s complete.
Please also study Sri Lanka really carefully- please learn from what they learned (they did a complete ban on pesticides on crops). They probably learned that human priorities need to come first, and because a lot of businesses were poorer and needed this to survive, this was the priority, and please be really, really mindful of things like this. If your set of goals (e.g. mold, pollution) need to reach 9000 before implementation, then this is what needed. However, the faster you reach 9000 %s of solutions, the happier that citizens and employees will be. And if there are any ways to help Sri Lanka, this would be really, really, really appreciated…
Yr 2 How do we find enough commodities to build renewables? Not only is the world going to need 2x as much copper within the next 40 years as the past 40 years, 4x as much nickel, 2x as much steel, but as we mine, it will become a declining number of mines that are harder to find and at a lower grade. The world could solve recycling these somehow so last longer… And, how solve more specific ways miners could be careful of water, biodiversity, local communities?
Yr 2 How get the world of science & tech people fascinated with environmental & climate tech solutions as a hobby? What should they prioritize? Think of the world of good they could achieve with this… How really safely %s to solve protection from/safely recycling chemical pollution, to protect clean water, to protect clean air, a lot of locations really need this, more specific ways that miners could be careful of water, biodiversity, local communities, this strongly needs solutions for locations near these; To make the best solutions to be really easy to find on the internet would help a large amount- and to consult with local communities and say how specifically they would be implemented, so that they have all information/ for reassurance
Week 2 of Each Month:
Climate Change and %s To Help Food Security
+ Year 1 (2023) Solving ways that local farmers can adapt when floods, droughts or heat happen
(e.g. the best internet, training, info available, creating climate change resilient, extreme heat resilient, flood resilient, drought resilient crops somehow). I need to watch Interstellar again
If one-third of the world is small-scale farmers, %s to increase their abilities to adapt to climate problems after & during drought/extreme heat affect their crops (e.g. other job skills). They would travel to other locations searching for work… if they make their country to be considered safe “enough” and they knew what they individually needed for backup work visas, then they could get work visas to countries that need help with labourers (and it could rotate for safe regions that currently have droughts/floods). And they would need backup skills because they’re 37%. But what about the people who can’t get these work visas?
It shows why learning languages safely, internet, social media are so important in unsafer countries… people can use the above to >safely make their country safer to achieve the economic safety bonuses
+ Year 2 Solving how to maintain the food supply size long-term, when there is increasing climate instability in food supply chains e.g. climate, droughts, most ecosystems depend on insects, solving ways the world can adapt when future droughts, floods or heat happen
Agricultural practices that create food security for 2000 years (e.g. same land care)
e.g. climate change, most ecosystems depend on insects
Creating flood resilient, extreme heat resilient, drought resilient crops somehow
Loss of soil productivity, which is causing extensive land abandonment, is a widespread by product of current practices in agriculture and animal husbandry. Since 1945, 11% of the earth’s vegetated surface has been degraded—an area larger than India and China combined—and per capita food production in many parts of the world is decreasing
This needs to be done together with world food supply, because nitrogen produces 4x more food. So needs to be more education about the really specific amount of nitrogen to apply and not more
Week 3 of Each Month: Biodiversity, Recycling
Enough Resources for Building Renewables
People and Business Interest in Recycling
How Solve Enough Resources For This and Future Generations
Priority Minerals That Need to Recycle Or Find
How Solve Inequality of Increasingly Scarce Renewables
Business Interest in How to Create a Circular Economy By %s
Week 4 of Each Month: The Insect Apocalypse; Factory Farming
+ Year 1 Solving the insect apocalypse 1-2 %s at a time (Because ecosystems and food chains literally depend on them because they are the foundation of lots of food chains, and pollinators pollinate lots of plants).
This would be finding the 5 largest causes, and if you hear it happening to somewhere important to this (e.g. important insect land being cleared), to become aware of it much sooner, speak up, ripple out preventions, say why it’s important and add %s to safely, ethically protect
Because ecosystems and food chains literally depend on them
Also what plants or animals do food chains >>and ecosystems most need (e.g. bees, pollinators, plankton)? These need awareness %s so that people speak up, ripple out preventions, say why it’s important and add %s to safely, ethically protect
Part 5- Environmental
In Full
Environmental Priorities, after 2025 Climate Priorities:
Week 1 of Each Month
Helping Science People Solve %s for Industrial Waste %
What are %s to solve complexities like air pollution, soil pollution, sound pollution, marine pollution, industrial pollution, are really, really, really difficult to solve, and 100x more so when costs get added to products when these happen.
If someone is poor, they might need to do this to meet their needs. And everything is priorities- there are always millions of millions of things and you can work on about 5. When people are poor, these 5 are survival focused, and that is fair enough.
However, if there are ways to solve these… this would help so much… these are really, really difficult to solve, but every % forward with these helps a lot of people
This equals to 5 %s per organization per week, where each % is at least 0.00001% of a 100% solution, although the larger the % the better (but only if, where safe and ethical). For example, starting off with >>>safe research, %s of priorities, although the faster the %s are solved ethically & safely, the happier citizens will be
This could be %s to solve how to recycle industrial waste, pollution, mould, sick building syndrome, noise, recycling, air smog, awareness of neglected like malaria, tick bites. How do you really safely and really thoroughly prevent the world from intentionally hurting people with the above? e.g. tipping it into water supplies maliciously. How prevent by %s?
However, a lot of people really need their jobs and incomes, and it is important to try and make prices towards their usual levels… so if it needs 9,000 %s of solutions before there is a real solution for prices, jobs, profits, and income, then don’t implement until you reach 9,000 %s. Humans have lived with environmental problems for tens of thousands of years and survived them.
But the sooner get to 9,000 x 0.0001% to higher industrial waste %s. So in a win/win way for things like >>>prices/ health/ profit/ what poor people can afford, and ethically and >>>safely, safely, safely for you and all when doing this. And if you solve it early in a win/win prices/health/profit/poor people way, then it’s complete.
Please also study Sri Lanka really carefully- please learn from what they learned (they did a complete ban on pesticides on crops). They probably learned that human priorities need to come first, and because a lot of businesses were poorer and needed this to survive, this was the priority, and please be really, really mindful of things like this. If your set of goals (e.g. mold, pollution) need to reach 9000 before implementation, then this is what needed. However, the faster you reach 9000 %s of solutions, the happier that citizens and employees will be. And if there are any ways to help Sri Lanka, this would be really, really, really appreciated…
How do we find enough commodities to build renewables? Not only is the world going to need 2x as much copper within the next 40 years as the past 40 years, 4x as much nickel, 2x as much steel, but as we mine, it will become a declining number of mines that are harder to find and at a lower grade. The world could solve recycling these somehow so last longer… And, how solve more specific ways miners could be careful of water, biodiversity, local communities?
For example, how get the world of science & tech people fascinated with environmental & climate tech solutions as a hobby? Think of the world of good they could achieve with this… How really safely %s to solve protection from/safely recycling chemical pollution, to protect clean water, to protect clean air, a lot of locations really need this, more specific ways that miners could be careful of water, biodiversity, local communities, this strongly needs solutions for locations near these; To make the best solutions to be really easy to find on the internet would help a large amount- and to consult with local communities and say how specifically they would be implemented, so that they have all information/ for reassurance
How get the business and organization world regularly interested in doing some %s for this planet Earth that our species depends on and we all need for the long-term
This could equal to 5 %s per week and is anything larger than 0.0001% of 100% of a solution, although the larger the solution percentages, the better (e.g. researching something above)
Safely, safely, safely encouraging All Businesses Worldwide to, by 2050, do 10,000 % solution attempts for Environmental Priorities, separately from climate solutions
However, a lot of people really need their jobs and incomes, and it is also important to try and make prices towards their usual levels… so if it needs 5,000 %s of solutions before there is a real solution for jobs and prices and profits and income, then don’t implement until you reach a full solution. It is more probable that it might take 50 or 70 %s to reach a full solution for profits/jobs/low prices, but to be patient enough until there is a full solution.
Mainstreaming of and support for >>>win/win methods for non-environmental projects that will affect the environment, win/win applied environmental methods, solutions for green engineering, %s for environmental safer win/win, environmental data collection for the prioritised goals, % by % environmental management, urban planning, building design, with a large emphasis on how to make cheaper.
However, a lot of people really need their jobs and incomes, and it is important to try and make prices towards their usual levels… so if it needs 9,000 %s of solutions before there is a real solution for prices, jobs, profits, and income, then don’t implement until you reach 9,000 %s. Humans have lived with environmental problems for tens of thousands of years and survived them.
Week 2 of Each Month:
Climate Change and %s To Help Food Security
Solving ways that local farmers can adapt when floods, droughts or heat happen
(e.g. the best internet, training, info available, creating climate change resilient, extreme heat resilient, flood resilient, drought resilient crops somehow). I need to watch Interstellar again
If one-third of the world is small-scale farmers, %s to increase their abilities to adapt to climate problems after & during drought/extreme heat affect their crops (e.g. other job skills). They would travel to other locations searching for work… if they make their country to be considered safe “enough” and they knew what they individually needed for backup work visas, then they could get work visas to countries that need help with labourers (and it could rotate for safe regions that currently have droughts/floods). And they would need backup skills because they’re 37%. But what about the people who can’t get these work visas?
It shows why learning languages safely, internet, social media are so important in unsafer countries… people can use the above to >safely make their country safer to achieve the economic safety bonuses
+ Year 2 Solving how to maintain the food supply size long-term, when there is increasing climate instability in food supply chains e.g. climate, droughts, most ecosystems depend on insects, solving ways the world can adapt when future droughts, floods or heat happen
+ Year 2 Agricultural practices that create food security for 200-2000 years (e.g. same land care)… e.g. climate change, most ecosystems depend on insects
Creating flood resilient, extreme heat resilient, drought resilient crops somehow
Soil degradation- Soils get damaged due to many reasons. Such reasons include overexposure to pollutants, overgrazing, monoculture planting, soil compaction, land-use conversion, erosion, and many more.
Nowadays, a wide range of techniques of soil conservation and restoration exist, from no-till agriculture to crop rotation to water-retention through terrace-building.
Loss of soil productivity, which is causing extensive land abandonment, is a widespread by product of current practices in agriculture and animal husbandry. Since 1945, 11% of the earth’s vegetated surface has been degraded—an area larger than India and China combined—and per capita food production in many parts of the world is decreasing
Land degradation, Land use, Land scarcity,
Nutrient depletion, Eutrophication, Soil Compaction
This needs to be done together with world food supply, because nitrogen produces 4x more food. So needs to be more education about the really specific amount of nitrogen to apply and not more
Food Security, Food Systems, Farming, Agriculture
We need enough fertilisers to feed everyone- fertilisers 4x the amount of food produced. Promoting dietary shifts towards mostly plant-based foods; improving farming practices, Reducing food waste through better infrastructure and education, The earth is finite- its ability to provide food is finite.
The Nitrogen Cycle- We often ignore the effects of the use of nitrogen by humans. People really need fertilisers to make sure there is enough food supply though. Nitrogen is a crucial component of all life. Problems occur when the nitrogen cycle is not balanced. When nitrogen is used more than plant demand, it can leach from soils into waterways and contributes to eutrophication. Excess levels of nitrogen in water can hamper marine ecosystems, through overstimulation of plant and algae growth. This blocks the light from getting into deeper waters, thus damaging the rest of the marine population.
Week 3 of Each Month: Biodiversity, Recycling
Enough Resources for Building Renewables
People and Business Interest in Recycling
How Solve Enough Resources For This and Future Generations
Priority Minerals That Need to Recycle Or Find
How Solve Inequality of Increasingly Scarce Renewables
Business Interest in How to Create a Circular Economy By %s
How Solve Enough Resources For This and Future Generations
1) The earth’s population is at risk of increasing a large amount beyond 8 billion- 10 is our limit
The question is: How do we get enough resources for everyone in the future?
a. As people get wealthier, they want TVs, fridges, cars, meat, and more high resource goods.
Wouldn’t you prefer heating/air conditioning, cheap products, and the above?
So to solve how to use less resources per person/ buy or practice more efficiency… e.g. to find the 10 most environmentally heavy things, and a few at a time, persuade people to prefer the environmentally lighter things (e.g. reduce meat & energy), however only if they can afford it
b. Lots of world %s to >>>safely, >>>ethically, >>>subtly persuade parts of the world to have only 0-2 children that survive to adult age. However, some countries have decreasing populations and will have large pension challenges if don’t solve it… so places like Japan need awareness and help with what to do…
c. And encouraging tech for priorities (e.g. how to solve how to make prioritised resource efficiency areas cheaper and safer) to move forward a billion %s each
d. (This Is To Encourage In Year 5)
e. Protecting the needs of future generations: What should be prioritized?
f. What could the natural resource priorities be so that they last 200-2000 years? & To recycle them?
g. For Year 5: Reforming the economy so that >most of earth’s most needed resources last 200-2000 years
Enough Resources for Building Renewables
1 Enough Resources for Building Renewables, including recycling methods and new technologies that focus on renewables that use more common minerals
1 The need for copper, lithium and cobalt as part of the green energy revolution.
1. Climate Change and Natural Resources Scarcity/ Resource Depletion
a. How do we find enough commodities to build enough renewables? Not only is the world going to need 2x as much copper, 4x as much nickel, 2x as much steel within the next 40 years as the past 40 years, but as we mine, it will become a declining number of mines that are harder to find and at a lower grade of quality.
b. The world could solve how to recycle these % by % by % by % so these last long-term
c. What are the 5 scarce minerals we most need to solve each year, probably by finding alternatives and technological solutions for recycling them
d. Strongly encouraging recycling of the most needed minerals, secondly encouraging alternatives of them
e. Phosphorus? Rare earth minerals?
How do we find enough commodities to build renewables? Not only is the world going to need 2x as much copper within the next 40 years as the past 40 years, 4x as much nickel, 2x as much steel, but as we mine, it will become a declining number of mines that are harder to find and at a lower grade. The world could solve recycling these somehow so last longer… And, how solve more specific ways miners could be careful of water, biodiversity, local communities?
Priority Minerals That Need to Recycle Or Find
Year 4: How protect the resource priorities (e.g. food supply, soil, water, air, sea, pollutants) for people today, in later decades, in later centuries, for 1000s of years
1) What should the priorities be? This is in organisations week
2) So these are being recycled, reused, and can solve this
+ Year 4 What are the 5 minerals we most need to solve per year (from year 4 onwards)? Steel, copper, nitrogen, nickel? Rare earth minerals? Phosphorus (and green phosphorus when cheap)? Farming needs? What are the solutions we need to encourage? Strongly encouraging technological solutions for recycling the needed minerals, creating similar materials through years of research, mining for alternative minerals for materials, finding out more about recycling technology, encouraging the world of science and tech people?
Business Interest in Recycling
3) Business and Industry Encouragement, e.g. as part of 5 per week, 10,000 %s
a. Inequality and Natural Resources Scarcity/ Resource Depletion: As time passes, scarce resources will become more and more expensive as their extraction becomes less convenient, hopefully eventually being replaced by cheaper, reusable options when the cost becomes too ridiculous for continued use.
b. For businesses and organisations, as an environmental goal by 2050 (% by %)
c. For Year 5: Because of decreasing supply and increasing demand, this will lead to a rise in inequality as prices rise making the resource less affordable for those who are least well-off. So how increase the quantity of long-term alternatives earlier?
How Solve Inequality
+ Year 5 As time passes, scarce resources will become more and more expensive as their extraction becomes harder, hopefully eventually being replaced by cheaper, reusable options when the cost becomes too high. For governments and businesses, if they are succeeding at climate solutions, health, environmental solutions, can they start searching for cheaper long-term alternatives for really needed resources, so to make these cheaper for those who are least well-off everywhere. For example, how increase the quantity of long-term recyclables earlier?
For Year 4: How Protect >Most Of The Planet’s Most Needed Resources for 200-2000 years? (#9-#12)
1. Inequality and Resources
a. As time passes, scarce resources will just become more and more expensive as their extraction becomes less convenient, eventually being replaced by cheaper, reusable options when the cost becomes too ridiculous for continued use.
b. Because of decreasing supply and increasing purchasing demand, this will lead to a rise in inequality as prices rise making the resource less affordable for those who are least well-off. So how increase the quantity of long-term alternatives earlier?
How Solve Circular Economy
1. Year 4 + Solving how the economy will eventually move towards recyclables and a a circular economy (although after climate change: it’s not as urgent as climate change)
a. Plastics, waste, recycling, protecting, while >>>ethically and safely for >>>all protecting people’s businesses, jobs, incomes, economies at the same time
b. This will make habitats and food chains way cleaner, which is a win/win/win
c. Animals will also have better habitats and lives
d. while >>>ethically and safely for >>>all protecting people’s businesses, jobs, incomes, economies at the same time
e. (although after climate change- it’s not as urgent as climate change)
2. Year 4 + Solving how the economy will eventually move towards environmental economics
a. (although after climate change- it’s not as urgent as climate change)
b. while >>>ethically and safely for >>>all protecting people’s businesses, jobs, incomes, economies at the same time
+ Year 4 Solving how the economy will eventually move towards environmental economics, a circular economy, recyclables (although after climate change- it’s not as urgent as climate change)
while protecting incomes, businesses, jobs, economies at the same time. Recycling or protecting air, water, crop soil, rare minerals, plants, search ‘what are natural resource crises’
What are the 7 priorities each year? What are scarce minerals to solve/recycle? Water, Soil
Reforming the economy so that >most of earth’s prioritised resources last 200-2000 years
What could the natural resource priorities be so that they last 200-2000 years? & Recycling?
Protecting the environment needs for future generations; what should be prioritized?
Week 4 of Each Month: The Insect Apocalypse, Factory Farming
+ Year 2 Solving the insect apocalypse 1-2 %s at a time (Because ecosystems and food chains literally depend on them because they are the foundation of lots of food chains, and pollinators pollinate lots of plants).
This would be finding the 5 largest causes, and if you hear it happening to somewhere important to this (e.g. important insect land being cleared), to become aware of it much sooner, speak up, ripple out preventions, say why it’s important and add %s to safely, ethically protect
Because ecosystems and food chains literally depend on them
Also what plants or animals do food chains >>and ecosystems most need (e.g. bees, pollinators, plankton)? These need awareness %s so that people speak up, ripple out preventions, say why it’s important and add %s to safely, ethically protect
Here are some places you could start:
Easier
Plant-Rich Diets 103.11
Reduced Food Waste 102.20 This involves finding %s to reduce food waste all along the food supply chain, including the retail and consumer stages.
Public Transit 15.42
Recycling 11.29
Reduced Plastics 5.40
Protecting and restoring the environment
Tropical Forest Restoration 85.14 Ways to help with this, especially around Tipping Points, would be really appreciated by a world of people affected by climate change
Buildings fixtures and fittings
Building Retrofitting Fitting out buildings after they’ve been built
Insulation 18.54 This is one of the best ways that you can save money on heating and cooling bills, and if you can make it environmentally friendly, that’s even better
LED Lighting 15.69 This can save you 90% of your lighting costs
Solar Hot Water 13.73 Government rebates for this will help you save money in two ways on your heating bills, which can add up to 1/3 of your electricity bills
Smart Thermostats 7.25
Low-Flow Fixtures 1.52
Farming
Asking farmers to prioritize the quantities for world food supply and fertilizer first…
Asking the farming industry to check if they can apply any of these would be really helpful.
A number of these provide financial win/wins for them.
Silvopasture 42.31
Perennial Staple Crops 32.87
Tree Intercropping 24.40
Multistrata Agroforestry 23.94
Managed Grazing 20.92
Bamboo Production 19.60
Improved Cattle Feed 15.05
Improved Rice Production 14.43
Nutrient Management 11.48
Transport Industry
Efficient Trucks 10.77
Electric Cars 9.76
Hybrid Cars 4.71
Industry solutions
Refrigerant Management 57.15
Recycled Metals 12.34
Recycled Plastics 1.69
Recycled Paper 2.90
Electricity Industry
Onshore Wind Turbines 143.56
Concentrated Solar Power 21.51
Geothermal Power 9.17
Tidal Power 0.80
Landfill Methane Capture -1.48
Methane Digesters 7.05
Waste to Energy 5.24
Nuclear Power 3.64
Small Hydropower 3.21
