There are some really unique healing solutions that I discuss in my book that have beneficial healing applications in multiple areas.
Effective Microorganismsare one of the most amazing solutions that cross the areas of human health, animal health, agriculture, environmental remediation, and aquaculture, to name a few of its applications. Here is a chapter from my book that highlights the amazing potential of Effective Microorganisms.
My discovery of EM was another accident. I was looking for a few quotes from Masaru Emoto in his book, The Secret Life of Water, when I stumbled upon references to Hado and Hado Medicine. As I read further I realized that he was referring to the basic premise of this book that everything has a vibration, frequency, and resonance. His term for using energy is Hado. This concept has a different name everywhere in the world, but refers to the same thing, which is the conscious use of life energy. This is yet another data point in my growing collection of data points that supports the discoveries that I made in natural healing and how the energy of things plays into all of them.
EM is part of Dr. Emoto’s set of Hado examples in The Secret Life of Water. He discusses at length the incredible results that were being seen around the world as part of Dr. Teru Higa’s work in using EM in environmental cleanup, agriculture, construction and other applications. Since I’m on a crusade to find cool healing things, I immediately did a web search on Dr. Higa and EM to learn more. What I discovered amazed me and motivated me to get involved in using EM and distributing the products.
EM Technology is the use of antioxidants, enzymes, and other bio-available compounds derived from fermentation of a specific culture of microorganisms to exert beneficial effects on the surrounding environment. The technology was developed by Dr. Teruo Higa, a professor of horticulture at the University of the Ryukyus in Okinawa, Japan. EM Technology is used in making several patented products ranging from various water treatment devices to jewelry, textiles, plastics, and building materials.” EM1 Microbial Inoculant is a liquid containing many co-existing microorganisms. The major groups of microorganisms in EM1 Microbial Inoculant are lactic acid bacteria, yeast, and phototropic bacteria. EM was first developed in 1982 as an alternative to synthetic chemicals in the field of agriculture. Through extensive research and experiments over time, EM became recognized as effective in various fields, including environmental remediation, recycling organic wastes, reducing odor in livestock operations, treating wastewater, and many more.
A significant body of research recorded at the EM Research Organization in Japan supports all of the incredible applications and use cases that are attributed to EM Technology. Time does not permit me to delve deeply into them here as this will be include in-depth in my book where I will have had at least one year of personal experience and research to validate what I already intuitively believe to be true about EM Technology.
My understanding of EM is as follows- the microbes in EM1 Microbial Inoculant are probiotics for the Earth. Like the beneficial probiotics that I take to keep bad bacteria in check in my digestive system, the EM1 Microbial Inoculant does the same thing, only on a much broader scale. In Dr. Higa’s book, Our Future Reborn, he explains how we have forces of syntropy (positive energy, life-giving) effects and entropy (negative energy, destructive) effects on nature and our world. In the invisible world of microorganisms Dr. Higa observed that 10% are good, beneficial to life and 10% are bad, destructive to life, the other 80% are uncommitted. Like spectators in the human race, the uncommitted are watching the action from the sidelines and will jump in on the side of the winning team once they can determine who has the momentum and the will to win.
So to take my metaphor further, EM is the champ in every encounter. It has a knock out punch that the bad bacteria can’t handle. It has what Dr. Higa calls magnetic wave resonance. This is an incredible syntropic healing energy. I call it Ki on steroids.
It defies all common sense and scientific logic. This is one of the reasons I like EM Technology, because like many of the things I embrace, there is no science to completely explain it. Just boatloads of research and documented evidence on its successful application in solving many of the world’s pressing problems.
EM will confound right brain thinkers, scientists, and engineers because it’s efficacy and application defies our collective experience. It delights left brain thinkers like me. It sounds too good to be true. You can’t see magnetic wave resonance, just the results that it delivers. It confounds all the modern thinking and scientific logic. I love it! The people who think what I have written in this book is a bunch of hooey will really dislike EM, because they can’t comprehend it, will want to dismiss it, and then will have to accept it in the face of a large library of evidence that it really works. The proof is in real tangible results. EM absorbs energy. It appears to absorb free form energy from an external source. This mechanism is similar to when plants use carbon dioxide and solar energy to synthesize substances, resulting in powerful energy. In the case of EM, this mechanism is thought to involve a strong antioxidizing function simultaneously combined with the wave effect that absorbs energy from an unidentified source. There are many types of wave motion, but EM wave motion is believed to have ultra high frequency, ultra low energy magnetic wave resonance qualities that defy common sense. Although further study is required, EM’s effects on dioxin and radiation, natural healing powers and energy-conservation properties cannot be explained without this peculiar magnetic wave resonance.
So this citation makes everything crystal clear to you, doesn’t it?
Success stories abound in Dr. Higa’s wonderful book, Our Future Reborn. It is required reading. One of the most incredible stories was the restoration of the Seto Inland Sea with EM. This massive cleanup project started with the formation of a taskforce to educate the public and to gain acceptance and usage of EM-based products for sewage disposal, dioxin pollution remediation, soil remediation, and direct infusions of EM into estuaries and the Seto Inland Sea which was extremely polluted. The fish, shellfish, and seaweed populations were minuscule due to residential, agricultural, and industrial pollution. EM was introduced into all of these sectors for the treatment of wastes. They also set up a massive fermentation system to produce EM1 Microbial Inoculant in quantities to support wide use and to dump directly into the polluted sea.
In just five years the nearly lifeless Seto Inland Sea was teaming with schools of fish. The shellfish populations were at pre-industrial pollution levels. Octopus returned, and the seaweed beds were producing clean, fresh, edible product once again. I have never heard of this large-scale pollution remediation success before. I find it almost unbelievable but it is all documented.
Eleven Million in Sahel Face Severe Food Insecurity
A U.N. agency says 11 million people in Africas Sahel region still face severe food insecurity. At the same time, an emergency appeal for 113 million dollars has gone largely unmet.
De Capua report on Sahel food insecurity
The Food and Agriculture Organization says the Sahel has faced food insecurity crises in 2005, 2008 and again in 2012. Those crises, it says, have eroded the capacity of the poor to maintain or restore their livelihoods.
In Dakar, Patrick David, FAOs deputy coordinator for food security analysis for West Africa and the Sahel, said, There is still a lot of people in food insecurity. The people more and more find some difficulty to recover from the past crisis even if there is a good harvest because there have been pretty good harvests in 2012.
Sustainable Agriculture – Is It In Your Future
With the current buzz regarding sustainability, here’s the big query: Sustainable agriculture — Is it in your future?
These are tumultuous times. World warming and environmental degradation are serious threats to the long run of our world. This economic state of affairs is somewhat bleak and recovery is slow. Worry of the future is ever gift in several minds. The matter is that whether or not we have a tendency to acknowledge the environmental seriousness, the monetary concerns and therefore the reservation we have a tendency to feel hold us back from creating significant movement toward positive change. On the other hand, to try and do nothing spells bound disaster in our future.
Sustainability has many definitions depending upon who is defining it! I outline it as agricultural practices which consider, address, and improve the environmental, social, and economic aspects of the operation. It’s like a 3 legged stool. There should be three legs of the identical length and in some cheap configuration in order to possess balance and stability. To neglect one leg or to place it in the wrong place means the business is possible to collapse.
Usda Sustainable Agriculture Grants
Financial aid will come in some types and grant is probably the varieties it is possible to discover and money for college is provided by different companies and industries which will help other individuals or organizations to survive and help them to have a better life and in addition there are USDA Sustainable Agriculture grants offered. The grants are often granted by state and federal government departments to people, business and organizations and so the agriculture market may be sophisticated. The financing is going to be given by the give applications and also the funds will most likely be utilized for herb generation, instructional analysis, plant disease control and prevention of food items threats and there are a few dependable grants that must be identified on your part.
Whenever we focus on USDA Sustainable Agriculture grants, there are grants for pupils, farmers, researchers and agricultural teachers which can be found by Sustainable Agriculture Analysis Education and learning or SARE and also this is in association with NIFA. Demands proposals are authored by local divisions of SARE with diverse centers and the location is definitely the one particular deciding this; then, the grants for training and investigation is going to be granted by SARE as much as $150,000. However, the relevance for agricultural producers must be able to be demonstrated by the proposals and for more information, SARE has a website that you can visit and check out.
There is certainly yet another give program linked to the USDA Sustainable Agriculture grants like NIFA Fellowships Offer Program so that as you might have guessed, a fellowship program is supplied for predoctoral and postdoctoral individuals from the NIFA. The cash could then be utilised by the people forextension and research, or schooling however when speaking of the proposals, US gardening competitiveness, alternative biofuels, youth obesity, and food items basic safety should be dealt with from the proposals. To be eligible, the study proposals for applied or essential research tasks can be presented with the candidates along with the grant can easily be applied for from the individuals via NIFA.
Jobs In Agriculture
Firstly you will need a set of skills and tools in order to get a job in agriculture. Hands-on skills are required. Many farming jobs are usually manual and need persons who are great at performing multiple and complex tasks fast and efficiently with minimal errors. Persons seeking work and jobs in agriculture need to work great with their hands.
Driving skills are also a must. People who want to work in the agriculture business need to have several driving certifications. Tractors and other machinery are common vehicles used in agriculture. Being able to manage, drive and manipulate these vehicles can be very confusing for someone without these skills. There are several lessons and skills you will need in order to drive a large piece of machinery. This is a necessary skill when trying to get jobs in agriculture.
Research and analysis are other components of the agriculture field. Not everyone needs to work on a farm or operate large machinery. Some persons will need to work in the agriculture field from the scientific end. This type of occupation requires persons in a laboratory setting who scientifically research various crops in order to improve farm productivity.