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Earth health People technology women

Kin Plaa Kaeng: School nutrition project in Thailand

Love eating fish: A rural school in Thailand prepares for a project

Intro
Happy Thanksgiving, to readers who are celebrating. To mark this special occasion, I would like to highlight the work of my wonder twin, Isreyah Pradabvate. She is an early childhood educator, entrepreneur, former United Nations UNESCAP volunteer translator. She works full-time in a leading Japanese entity in Thailand. In this post, I pay tribute to artists and activists like her who give their time and talent towards making the world a better place for future generations. So proud of you, my sister.

The pond is flourishing

Project details
Hello everyone, my name is Isreyah Pradabvate. I am an early childhood educator, entrepreneur, former United Nations UNESCAP volunteer translator and an NFT creator with a full time job in a leading Japanese entity in Thailand.

“Kin Plaa Kaeng” (in Thai this means “Love Eating Fish”) is a project initiated by the co-founder of a startup where I used to work. His name is Krit Sangvichien, and he works with me, as well as with Kansuda Koompairoj, who is the project president and community leader.

Children enjoying protein-rich meals

Love eating fish
Kin Plaa Kaeng has one objective: To turn small schools in rural Thailand into self-sustaining food producing locations. Because of depopulation and a centralization of economy that circulate only in big cities. Small schools are being shut down. Imagine what will happen to those children in affected areas?

Also, children consume insufficient amount of protein in their daily life. Due to many social issues which I would love to avoid getting into it. Protein is the most important nutrition that we need. We are made from Protein. Our brain, heart, muscles, body consume protein as their food.

Pond with water

Reason
Unfortunately, good or alternative protein in Thailand is as expensive as in the United States. Balance that with the fact that people here are still facing unemployment due to the pandemic and even before. As a result, they can not earn enough to provide to their family. So how could they afford healthy meals for themselves and their children?

The school

In some areas, children are able to only have streamed rice with fish sauce. Schools here have provided lunches but with a small budget, some people take advantage of the funds distributed so the meals never reach the children themselves.   

Solution
We came up with the idea of building a fish pond. We wanted to turn every poor school into self-sustaining food providers with at least one pond per school. We want parents and the community to be sure that they don’t need to worry about making a bigger income to provide good meals for their children. Some children do not even have breakfast because their can not afford material to prepare for them.

Sureenibha Noppakloa (L) with Isreyah Pradabvate (R)

Outcome
We have built one pond for Champanuang School in Srisaket Province in Thailand. Crowdfunding is done via this site linked here. We would love to build another pond for this school. And we want to build at least one pond for every school because they told us that they were really happy with the outcome.

Project leaders in Thailand

We want the children have delicious fish to eat and fill up their tummies. In the morning, some children will go to school, knowing that they will have free good food to eat. For the sake of a better world, let us work to raise the quality of life of these children.

Project cofounders Krit Sangvicien and Isreyah Pradabvate

Outro
Thank you for reading this presentation. It takes Isreyah 10 hours by train to travel to the Champanuang School in order to oversee this project. And she wants to build more ponds in more schools. Amazing that she gives so much of her time to helping others, and I am hoping that you will be inspired to continue doing good work in your own communities. Until I hear from you, be good.

Categories
Mars

Sól hundar (Solar hounds)

[An approximate translation]

Si
According to our research, Blue Star sentients keep a variety of these non sentient species in close proximity. They have a strong affinity for each other. The relationship is marked by reciprocity in affective signalling.

Gi
We collected and analysed every representational electromagnetic imprint stored in their orbiting data storage facilities. We wanted to discover if this sentient, non sentient affiliation would offer applications that would benefit our society.

Fi
Were you successful?

Gi
Yes, father. This is what we found.

Mi
That is beautiful. The specifications are pristine.

Si & Gi
Thanks, Mother.

Gi
Sister and I want the opportunity to explain all to the Energy Council.

Mi
We will hear your presentation first.

Gi
We present a finished product in a highly polished super-compacted carbon isotope.

Fi
The cables go right through?

Si
Yes, the cables meet at these focal points, and we situate them in silica gel and padding, here, to reduce friction and facilitate ease of movement. Their source of power is (mineral compound 040416) mined from (Astro 326952XN). This superconductor requires a charge of five kilojoules to run perpetually. The eyes, here, are dual focus audiovisual recorders and electromagnetic transmitters with an array of light sources to allow detection by scouting vehicles outdoors.

Mi
How do these objects work?

Si
Our star is dark and receives a limited amount of sunlight, and as one of many solutions to the problem, we created this facsimile of their non sentient, which we have called a Hundur. It will capture energy from Sól in the cells fitted in the spine, here.

Gi
The Hundur will catch the sunlight as it travels at constant speed around our star, as it turns on its axis. It will follow the trail of radiation from Sól in one complete revolution. It never gets completely dark for them.

Fi
Will the initial charge provide the Hundar with enough power to travel at that velocity, constantly, over the course of one rotation around Sól?

Gi
Yes, it will.

Mi
May I suggest adding a larger charge and a secondary cell to hold the extra charge in case it is needed?

Si
Thank you, mother. We will adjust it before the Energy Council presentation. To continue, we used Blue Star’s measurement system to get Hundur’s proportions correct. Since the species is unique to that star, we felt that adjusting to our system would result in errors. Also they’re a highly resilient species and we wanted to take advantage of their survival skills on our terrain. Our weather is too unpredictable for designs similar to (dragonflies) or (bees). We wanted to keep them grounded for that reason. Let us talk about the actual body. Blue Star uses a base ten system as opposed to our heximal system. Gi?

Mi
Darling, before you continue, the base ten system is an artificial system, which does not harmonise with naturally occurring frequencies or cycles.

Fi
The ten digit metric was created to feed a currency system. Our historians tell us that Blue Star’s currency system was designed to bring sentients out of a primitive state. So, know that it is not critical to the effectiveness of your design. Continue, dear.

Gi
Thank you, father. Hundur stands at a height of one hundred base ten centimetres. Each bore, connected to the spine here, has a circumference of sixteen centimetres. Attached to each of the four distal ends, is a ped with a length of twenty-five centimetres to the proximal digit and twenty three to the distal digit. The spine is thirty centimetres high, measuring from base, and we created a cylindrical body to ensure stability. Inside the body, we will use a hexagonal configuration to build the Sól cells, to maximise compression strength in the event of seismic activities or severe weather disturbances. The cells run through the spine here in multiple hexagonal configurations. The entire unit stores energy to power one home for one year. The cells radiate blár when full at which time, the Hundur returns to its home.

Si
We propose that each family receives three units. We make instructions available to all homes and teleport at-home tutorials.

Mi
How will this venture benefit our communities, apart from giving us a new way to store solar energy?

Si
We will promote this venture by saying we will reduce the use of fossil fuels for energy towards zero over the next three Sól orbit cycles. At the end of this time, we will have full usage of all Hundar on a rotating basis.

Gi
Even better, mother and father, we imagine we will create four new industries with this venture. Manufacture. Technological applications. Monitoring. Maintenance.

Fi
That is to be expected, but let me say that you have outdone yourselves.

Mi
I think we can anticipate positive reception of all this, provided the tests are successful, of course.

Si & Gi
Thank you, mother and father.

Gi
To continue, and justify our choice of a terrain application, the Hundur’s design facilitates compaction in case high velocity projectiles are thrown at it in cataclysmic events. We, or, whoever, would of course monitor the movement of each organism from a central base, and allow the time to prepare. These carbon polymer arms here are released and these drills tunnel into the soil or surrounding bedrock. The Hundurs shelter in their drilled shelters until they have been reset from headquarters.

Mi
How strong are the polymer arms?

Gi
Super-diamond heads, like the ones used to mine (Astro 326952XN). The molecules have been further compacted using your latest compression technology, father. Added pressure points here, and because of the screws here, they can punch through … Rather, bore a hole through granite as if it were soft and sheer.

Fi
This is completely new. Thank you for improving on my work. How did you test the strengths?

Si
We did field tests with a full set of granite blocks and found the timing was equivalent to one sixteenth of a cycle. We varied conditions by plunging them under water.

Gi
And applying liquid helium.

Mi
We will need to do an actual terrain test for one revolution around Sól after receiving approval for this project. However, you have thought of everything so far, my little darlings.

Fi
What will you formally name this Hundur unit for the presentation?

Gi
Polymerised Extrasolar Technology. P.E.T. It’s easy to remember.