By Linda Kaidan
The above cabin exclusive of interior finishes was constructed by one person in 6 months for $8,000. As the nation faces a housing and food crisis of major proportion, simple solutions can make a huge difference. We have been governed by customs and rules that work against us in this pandemic. We need to use the resources we have intelligently to hold off the chaos that starvation and homelessness bring.
We can economically provide food, housing and self-sufficiency
Using the labor of those in need, inexpensive materials, and existing education programs to ramp up quickly we can achieve multiple goals at the same time. In New York state our budget can come from ending the absurd practice of using welfare hotels as housing. Key to our success would be the suspension of building regulations to enable crisis housing and the use of trending off-grid methods of heating, power, housing construction, water collection-purification and waste incinerating toilets.
What has been one year’s budget for New York state’s homeless would fund construction of semi-permanent residences, workplaces and food growing facilities serving thousands of people for years to come. A single modified shipping container can house 8 people, 2 per room, with a private entrance. In the following example, housing for 8 people is created, with potential expansion from 80 ft to 480 feet per unit. A budget of $9,000 per person would pay for a multi-unit structure at a cost of $72,000. The structure would utilize green energy, water collected from rain, black water reduction and home gardens.
Before Covid-19 things were already spectacularly bad for those in New York State seeking housing. Now they are even worse as employers close their doors and shed jobs. Just last year, the budget for New York City’s homeless was $3.2 billion for 133,000 people, 1/3 of whom were children. Will this be another Great Depression? It need not be, when we to do things differently.
$3.2 billion can build .35 million people affordable homes that will last for many years
Using my onetime $9,000 per person figure for 15+ years of housing and the 2019 NYC homeless housing budget, we can solve our housing crisis by helping individuals and families build their own sustainable homes and gardens for a total of (3.2*(10**9)/9000 = .35 million people). And we can do that for many years, not just one year.
While no tissues have been examined to determine cause of death, it is clear that foul play is unlikely. Poachers are not among the suspects as no one removed the elephant tusks. Poison is also not indicated, because predators did not become ill after feeding on the dead elephants.
Cyanobacteria are commonly occurring fresh and salt-water bacteria which can produce cyanotoxins and cause sudden death by asphyxiation. Under all too common conditions ponds and water supplies can become dangerously contaminated.
US multi agency project currently working on remote detection of toxic blooms
US Environmental Protection Agency’s Cyan Project uses satellite based remote sensing to identify toxic algae blooms from space. The EPA has joined forces with NASA, NOAA and USGS to tackle this widespread water quality problem with a comprehensive automated solution. This project has been ongoing in the US since 2015.
Remote images capture water color which can be used to identify phytoplankton blooms and the presence of cyanobacteria. The Cyan Project is currently validating data collected via remote sensing and analysis against field collected data to determine the accuracy of the remote sensing acquisition process. US federal and state participants including government, educational institutions and private research groups together with published peer reviewed papers will provide a basis of comparison. Required data includes cyanobacteria counts, location and date.
If water quality analysis can be automated around the globe, IOT devices at ponds and lakes can generate audible water quality warnings immediately to deter humans and wildlife from drinking contaminated water. In the meantime, we must do our best to monitor water sources to protect all animals across the globe.
View available data with android app CyAN
You can view currently available toxic bloom data in US water bodies on your android device . Just download CyAN from GooglePlay and try it:)
As New York’s population decline continues Marcy’s Cree nanotechnology manufacturer draws real-estate buyers to our neighborhoods. Data from realtor.com shows that on 6/17/20 only 3 homes of any kind were available for sale in Marcy.
Proximity to Marcy is a strong indicator of reduced number of homes for sale.
Using realtor.com’s filter of all housing types including mobile, multi-family and single-family homes while excluding homes under contract, I collected statistics of homes for sale in 10 nearby communities. US census data provides population data. The distance of each location to Marcy is derived from Google maps. I also created an availability statistic which is a function of population and available homes for sale.
Distance to Marcy in miles
Mohawk, Frankfort, Whitesboro, Rome, Utica, New Hartford
Little Falls, German Flats
The highest availability of homes for sale was found in Little Falls with one home for every 95 people.
In contrast, the lowest availability was found in Utica with one home available for every 905 people.
Lower availability of homes for sale suggests that we construct new affordable housing.
As internet purchasing outstrips brick and mortar retail establishments, outdated and defunct structures become available for re-purposing as residential communities. An example of an outstanding makeover target is the abandoned Kmart located at 200 Washington St, Herkimer. This property has over 6.7 acres of sub-dividable land and is assessed at $2 million. In convenient walking distance to numerous amenities, it also offers relaxing views of the beautiful Mohawk Valley hills.
A close example of such an affordable housing construction project currently underway is the Snohomish County Washington site, formerly a Kmart. Four hundred much needed residential units will replace the unused commercial area. Building energy efficient smaller homes with multi use and shared community spaces will positively impact our quality of life.
Affordable owner-occupied homes and improved public transportation will create a stronger community and a healthy local economy.
It’s clear that Marcy’s new nanotechnology industry drives Central NY housing shortage. But we can use this to our advantage by creatively creating affordable and accessible housing alternatives.
I was alerted to this when I noticed my Google maps photo views suddenly rise by 60,000 in a single day to over 600,000. As a Google Guide who focuses on Central New York, I was astounded by this dramatic increase and wanted to understand why. Guessing it was related to this momentous commitment to Mohawk Valley industrial development, I investigated the real estate statistics. I used realtor.com’s listings for Oneida County, which will be home to this world class manufacturing facility, and those of surrounding counties. Using realtor.com’s filter tool, I compared total listings with listings not under contract.
Strong percent of real estates listings under contract of 25% to over 40%
Onondaga and Oneida counties, home respectively to Syracuse and Utica, have the highest volume of real estate contracts (see red counties on map), with over 45% of all listings under contract. Surrounding counties of Madison, Oswego, Herkimer, Cortland and Lewis (yellow counties), have 25% to 40% of their listings under contract.
The risk of coastal living diminishes when new jobs and homes are created in Central NY.
We can look forward to high quality jobs and an abundance of opportunities for contractors as a result of world’s largest semiconductor plant being built in Marcy New York. Creating jobs and incentives to live in central NY is a healthy way to counter the risks of coastal living.
Calling individuals, corporations and billionaires to fund climate emergency solution
Governments certainly haven’t gotten very far in solving worldwide climatic devastation. Perhaps over 2,000 billionaires worldwide can save earth by financing an immediate solution. A space mission parking a huge solar shade to reduce the solar radiation is probably achievable in a very short period of time and at a very low cost. Let’s do what it takes to live!
Launching stuff into space is pretty expensive, but some materials like aerogels weigh next to nothing.
Aerogels might weigh about 0.1 pounds per cubic foot. Slicing the material into 5mm thick sheets yields about 300 sf per 1/10 pound or 3000 sf per pound. One thousand pounds of aerogel can cover 3 million square feet, so 10,000 pounds will cover about 1 square mile. To cover the 600 square miles proposed by Lowell Wood of Lawrence Livermore National Laboratory, we might require 6 million pounds of material. At $10,000 per pound, the cost could add up to 6 trillion dollars and require 6,000 billionaires and corporations to contribute 1 billion dollars each.
We can reach the space parking point in just one or two days!
How long will it take to travel to the L1 parking point in space? L1 is about 1 million miles from earth. It will take two days or even less to get there.
We have the technology and the money to save Earth right now!
The longer we wait, the smaller our chance of survival. Rich people and corporations can save the earth by funding this practical and affordable geoengineering solution. The rest of us can do what it takes to live when we organize ourselves on a community basis by providing the necessary resources and actions for maintaining civilization.
This May Amazon posted a $7,250 DIY guest cabin/home that most anyone can build in 8 hours. All available supplies were immediately sold out. When 2 people share such a space each would have a one time rent just under $303 a month for the first year and no rent thereafter. Though initial reviews indicated that purchasers were critical of the product, they illustrated the strength of demand.
Great lack of affordable housing likely factor
The amazing popularity indicates the desire many people have to own their own home in a time when housing is not affordable for 50% of the population. Such a tiny property can lead to economic freedom from the rent treadmill. It also ensures housing security in a time when so many are homeless.
New off the shelf market will spark business opportunities
Food for thought about the living small market in general ties into real estate, cooperative housing and products supporting multi-use spaces in home construction and renovation. People need affordable homes. When they live tiny, they pay less for housing and use less energy.
Rewards for homeowners, investors and affordable housing seekers
If you are a homeowner think about adding this inexpensive space to your backyard for guests or as a workshop. If you are an investor, think about how you can make it easy for individuals to finance tiny home living.
Amazon shows us that it’s possible to live better for less and that profitable home products can fuel an industry that has great positive impact on how we live. It’s important to think of the tiny home as a place to begin. It’s a springboard for new ideas and learning from experience.
Think about how you can participate in this new housing trend that contributes to affordable living, green energy and many new related industries.
Nanotechnology is important in greenhouse gas reduction. This game changing technology can seriously impact our ability to fight climate change.
Up until recently nanotech has been costly. MIT technologists have greatly reduced the cost of producing nanoscale products by using a new approach called Implosion Fabrication (ImpFab). It weakens electron repulsion and produces structures that are one thousand times smaller than the original through a kind of 3-d printing.
What does 1000 times smaller mean?
MIT breakthrough makes nanotech cheap! Nanotechnology has been costly to work with because conventional manufacturing processes could not be used. They could not be applied to work on such a tiny scale. With this invention, conventional techniques can be used to develop structures which can then be miniaturized.
On February 6, 2018 one of the most significant events in human history took place with the launch of SpaceX’s Falcon Heavy rocket, which sent a Tesla vehicle on a trajectory towards Mars. The low cost and reusability of the Falcon Heavy space shuttle heralds an age of inexpensive space flight and colonization potential. Tuesday’s mission cost $90 million, $15 million less than New York City’s 2018 budget for student physical education.
It seems inexpensive and easy. So much so, that it would not be surprising to see a colony on Mars ten years from now. SpaceX is a corporation which constructed the rockets used in yesterday’s launch, with $0 from the US or any other government. It’s exciting to see how this innovative technology can help us place useful platforms in space near earth inexpensively, helping improve transportation, exploration, telecommunications, weather monitoring, and potentially, weather control.
With all the horrible weather events which have taken place this last year, it’s a relief to see this brilliant technology move humanity forward, realizing new potential which only moments ago was science fiction. The SpaceX launch heralds a new age where space travel will be a part of many of our lives.
That doesn’t mean we should continue to use fossil fuels. Certainly solar, wind and hydro power are much nicer. Methanol can be used in many excellent ways. We currently rely on Methanol to produce silicone, plastic water bottles, car parts, fleece jackets and some pharmaceuticals. Perhaps we’ll be able to use methanol for 3-D printer ink to make plastic objects we design on our computers.
One of the most versatile materials that can be made from methanol is polyester. It can be the basis for manufacturing many types of fiber for use in clothing, bedding, carpets, tents, upholstery and insulation. It’s water resistant too. Re-purposed methanol can help us make our homes comfortable while keeping the air we breath clean!
Since we now have the opportunity to reverse the destructive process that has harmed so much of our planet, we can be optimistic about the future. However, the cleanup may take many years. We can expect more horrible weather including high winds and must be intelligent about growing food locally in our homes and communities.
Important self-taught inventors who did not complete elementary school
In the left photo is Thomas Edison, whose formal education ended after 3 months, discouraged by his teacher who said he was not very smart. In the right photo is Pay Bok Sing, an innovative seafood farmer who has a fourth-grade education. Edison is most famous for his invention of the incandescent light bulb, the mainstay of lighting for over a century. He also invented the phonograph and made the very first movies.
Pay Bok Sing, like Edison is self-educated. His schooling ended in 4th grade. With the help of his own curiosity and YouTube, he taught himself how to create ocean water for inland seafood farming and feed for his fish crop. His inventions may become the foundation of sustainable, local based farming, providing secure food in the communities where we live.
Teaching ourselves we can all become inventors
In the US, public education often succeeds in creating endless crops of students who think they hate learning, demotivated by teachers who limit their intellectual exploration rather than encourage creative thought. But were students to partake of the enormous potential provided by free online learning through YouTube and other web channels, they could explore their own abilities, and be inventors and thought leaders. In fact, farming in our own homes and back yards can provide all of us with inexpensive laboratories for learning about food science–a science that can help feed people in times of climate uncertainty and economic instability.
There’s no need to take expensive courses. Just follow some basic instruction from YouTube and learn how to raise fish in your basement and tomatoes and lettuce in your own kitchen. The more you learn, the more you’ll be able to discover for yourself. Each and every one of us can be an inventor!