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Femto and Pico Technology replaces of Chemicals, Biologicals and Bio-Technology products.
Picotechnology was discovered 500 million years ago.
Femto Ag 5731 Lexington Drive Parrish, Fl 34219
Call 800 995-9203, 336 306-0193 Open 24/7/365
Biobased USA market is about humanities welfare, 4 billion people who have neither food or health care, 7 trillion annually
There are 3 patents for sale and we can replace all the companies in each industry sectors
Agriculture $200 Billion Annual www.ebook-femtotechnology-agriculture-may-2021-uspto-10994999.com
Phramceutaicl $500 Billion Annual www.ebook-femtotechnology-medicines-may-2021-uspto-11000541.com
Sustainability Cleaning $500 Billion Annual www.ebook-femtotechnology-cleaning-jan-2022-uspto-11225632.com
Multiply benefits of Not 61 products, but 61 benefits in 1 product, Just $8.00 an acre lead off with: Crop Production, Crop Protection, Free Fertilizers, Free 5% Nitrogen, Free 95% Carbon, 100% Organic Crops, Soil Remediation 5000 years, + 61 More in 1 , Translocation, Change Basis Ag Technology, ERGS, Tillering, Ag Science based on No Chemicals, Free Bio-Pesticides, No Biologicals, No Bio Stimulation, Its 2022 Just Charged Atoms, No More Bio-Stimulation, No More Bio-Technology, Last not Next AG Technology, World Wide Trails, You can License or Buy Exclusivitythe technology!
ALERT! Farmers Pay Triple for Nitrogen or we looking for testers using 5oz PicoAg covers at atom spacing 4 acres of organic nitrogen Share this as its public knowledge!! How much can a 1 x 1 x 1 inch cube that we picotize to have 10 to 12th particle sizes and electrify can cover in terms of acreage. Just 4 acres If that sounds impossible!! Impossible is what I have done for all my life. Here are some facts attached that can help you understand and than you can understand how we can virtually eliminate the fertilizer industry if we want. How much can a 1 inch cube that we picotize and electrify cover in terms of acreage. Just 4 acres
Some basis to understand are: With nanotechnology you can have particles 10 to 9th and who has mastered that? With picotechnology you have particles to be 10 to 12th and we has mastered that? When you to make these electric products for E-AG, E-MED and E-CLEANING. That is what these Patents below can do, wipe out entire industries. Some basics things to understand is: Picotechnology was created 500 million years ago. The earth about 4.8 billion years ago. In one inch you can have 25,400,000,000 billion picometers. With nano its oly 25,400,000. So Pico is 1000 times smaller or 1000 times more. So let me try and prove to you about particles vs pounds. Simple put there is more coverage the smaller your particles.
The first thing i want to do when you start dealing with big numbers is make them easier understand. You will have an inch and its easily 25,400,000,000 picometers that means we have to convert pm into atoms. A carbon atom is 340 pm but you have to add another 60 pm for the guard band around the atom. So I have chosen to convert picometers to carbon atom size. You do that by simply dividing 25,400,000,000/340 = 74,705,882 I think you will agree that 74,705,882 million is better than 25 billion. Another way of expressing the same thing is you have about 75,000,000 layers and each layer has 5,625,000,000,000,000 atoms per layer, that is alot of fertilizer and can do 12 acres a cubic inch.
That is simple you multiple 74,705,882*74,705,882*74,705,882 = 416,931,197,021,738,273,388,968 octillion total atoms or 3,335,449,576,173,906,187,111,744 nonillon electrons or 12,802,393,750,000,000,000,000 free organic nitrogen atoms in a 1 inch cube or .56 oz. Definition of octillion US : a number equal to 1 followed by 27 zeros Next I divide that by 144 to convert inches into feet and lastly i divide by 43560 sq feet to determine how many acres do we cover with one 1 inch cube that we picotize 10 to 12th atoms at 55 pm apart, and the answer is 12 acres. Not sprinkled here and there! Simple enough and if you can help me with my math please call with any questions. I have some attachments that might help you understand. We can dive into agriculture, crop protection, crop production and soil remediation or making the unavailable available or the plant will never reach its genetic potential. So in summary what happened with all these number. We just eliminated the entire Fertilizer industry. And that is only 1 of 60 benefits to farmers.
We have 2 journal papers reporting 50% less fertilizer gets more production
The Ag Journal Papers 50% Less Fertilizer Sweet Sorghum increase production
The Ag Journal Papers 50% Less Fertilizer on Canola increase production
PicoAg PicoTechnology Allowed under American regulation NOP (National Organic Program)
EPA's approved 552 pesticide for soil cleanup in USA, 50 states will to pay 100 trillion to clean soils
Videos, Seeing is better than saying. Crops are Ecocert Organic
2022 FemtoAg grows Ecocert Organic Wheat 100-150 bu acre
2022 Femtog grows Ecocert Organic More Oats 100-133bu Oats acre
2022 FemtoAg grows Ecocert Organic More Barley 100 bu acre
Farmers its FREE time, and its lastgen technology
You Get When you buy Crop Production Product at $8.00 and acre
You Get All crops grown will be Ecocert Organic
You get free No More Pesticides approved in Arizona, Illinois, Kansas, Missouri
Nebraska, Awating on Florida, South Dakota, Indiana, Iowa, Minnesota,
Montana, North Dakota, Ohio, Wisconsin 25B states
You get free total nitrogen atoms per square foot is 1,000,000,000,000,000,000 quintillion!!
You get free Soils remediation microsiemens / conductivity and increase soils 10% each year
Total carbon atoms per 5 ounces 93% is 1,641,450,000,000,000,000,000,000 septillion,
Total carbon atoms per square foot is 37,000,000,000,000,000,000 quintillion
Total nitrogen atoms per 5 ounces is 7% is 123,550,000,000,000,000,000,000 sextillion,
Total nitrogen atoms per square foot is 1,000,000,000,000,000,000 quintillion
How Small are 3 Atoms!
Albert Einstein Says!
Education is what remains after one has forgotten what one has learned in school!
Thomas Cardinal Wolsey 1471-1530 Said! “Be very, very careful what you put in that head, because you will never, ever get it out.
Introductions About Us History Our Products Univ Lab Gov Testing We Make 5000
Taller Crops Editorials PicoAg
Australia Canada China Ecuador Europe Poland PicoAg
India New Zealand Panama Philippines Thailand Vietnam Ukraine No More Pesticides, Atoms! Understanding Physical Chemistry License or Bulk Purchase
License or Bulk Purchase
"License or Bulk Purchase
License or Bulk Purchase
License or Bulk Purchase
License or Bulk Purchase
Reinvent Agriculture Farming Part 1 Reinvent Farming1 Reinvent Farming2 Reinvent Farming3 Reinvent Farming4 Worlds Safest Agriculture Product Increased Soil Energy Weather Wind Proofing Reinvent Agriculture Farming Part 2 Bacteria Testing Dew Farming Less Surface Tension Seed Washing for Germation and Root Development Carbon Atoms For 4 Farmer, Its not from Agrichem Frost Freeze Protection Major Crop Barley Orchards Canola Corn Cotton Oats Lentils Major Crop Soybean Sweet Sorghum Milo Tobacco Wheat Fescue Orchard Alfalfa Peanut Vegetable
Banana Cabbage Cassava Cocoa Coffee Collards Cucumbers Vegetable
Peppers Bell Okra Onions Orchids Potato Sweet Vegetable
Potato White Seasoning
Perennial Peanut Parsley Tomato Watermelons Vegetable
Exotic Flowers Seedlings Sorrel Roselle Orchards Chinese
Nursery Greenhouse Garden 21 Nursery Trails Orchids Anthurium Exotic & Rare Seedlings Home Planting Gardens Orchards World
More-PicoAg More Production World Rice Veggie Asia 1 Veggie Asia 2 Tech Reports World Rice Weather
Wind Frost No Rain Chem Crop
-8 Degrees Science Growing Crops Fertilizers1 Fertilizers2 Fertilizer3 Photosynthesis Transpiration Xylem Phloem PicoAg & Water Science Growing Crops Tutorial No Pests Without Pesticides Tillering Misting vs Spraying Systemic
Science Growing Crops GMO vs NON-GMO Tree Growing Liebig Shelford PH Can Kill Bacteria Plant Translocation Weed Kill
Medical Cleaning How Small are Atom NIH Household NIH Daily Meds Your Soils? USGS Pesticide Maps Universe Size Pico Cleaning Misc. Farming Issues SprayRig Cleaning Health of Humans 55 Benefits of C02 Oxygen Dropping more CO2 Deer Food Plots! No More Pesticides and Less if any Fertilizers Make Money 4 Farmers No Pesticides
Plants Get 1/3 oz
Extra Water increase Your cost 900% Germination up to 99% Call 2019 Future
Today PicoAg 4N1 25B
Think Out of the box PicoTechnology Femtotechnolgy Food Borne Disease Future
Future Medicines What is Pico? Missed Planting Date
Dont Use PicoAg Wrong First to Last Late Plant Soybeans Late Plant Soybeans Late Plan Soybeans Late Plant Corn Eliminate World Worst Diseaeses
Where did all that crop production come from? CO2 Not Agrichem,
but they took credit, please watch the video!
Thanks www.co2science.org Crop Production is it Agrichem, Nope! Its Mother Natures CO2!
NC, MD, TN and NY Yield Contest Results! Don't Be 3rd or Less!
2015 1st Place New York: Robert Pawlowski Central Region Soybeans, We also got 74.99 Bu/Acre
2015 1st Place New York: Robert Pawlowski Central Region Corn: We also got 263.87 Bu/Acre
2014 1st Place New York: Robert Pawlowski Central Region Soybeans, We also got 68 Bu/Acre
2014 2nd Place New York: Robert Pawlowski Central Region Corn: We also got 262 Bu/Acre
Note: 2012 - 2013 New York Farmer Robert Pawlowski Central Region has placed 1st or 2nd on Soybeans and or Corn last 4 years
2012 NCGA: Maryland: Corn: NCGA Class A No-Till Yield Contest 207 Bu/Acre
2016 NCGA: New Work: Corn: NCGA Class Non-Irrageted Yield Contest 264 Bu/Acre
2012 Univ of Tenn: Ext Agent Certified Wheat at 150 Bu Acre
2012 Univ of Tenn Ext Agent Certified Canola at 100 Bu Acre
2011 NC A&T University Certified: Silage Increased from 200 Tons to 400 Tons 16 acres.
2011 NC A&T University Certified: Alfalfa Increased from 3 to 5 cuttings annually, total of 1070 square bales 10 acres..
2011 NC A&T University Certified: Wheat Increased from 27 Bu/Acre to 72 Bu/Acre.
2011 NC A&T University Certified: Grain production Increased 50 Bu/Acre.
2011 NC A&T University Certified: Soybeans production Increased 19 Bu/Acre to 57 Bu/Acre.
2012 NCSU Ext Agent Certified: Barley 103 Bu/Acre
2012 NCSU Ext Agent Certified: Oats 133 Bu/Acre
2012 NCSU Ext Agent Certified: Wheat 125 Bu/Acre
2010-2012 NCSU Yield Enhancement Trails: An accomplishment over 3 years was winning the trails over some great companies with physical chemistry! AgraQuest-Ballad Plus, ABM-Excalibre, Agri-Gro-Foliar Blend, Arysta-Evito 480, Arysta-Evito T, BASF-Headline, Bayer-Stratego YLD, Bayer-Trilex 6000, Bayer-Votivo, Becker Underwood-Vault HP, Conklin-Magnify, Eden-ProAct, EMD-Optimize, EMD-Ratchet, Hanson-Hansen AZO, Naturym-Nutran, Stoller-Bio-Forge, Syngenta-CruiserMaxx, Syngenta-Quadris, Syngenta-Quilt, Valent-Domark and Valent-Inovate! In 2013 Biobased PicoAg was reported by NCSU Soybeans Results at 74 Bu/Acre.
Cleaning Videos Schools, Restaurants and Construction
Cold and Heat Barrier Technology (CHBT), 80% Electric Bill Reduction
AG Spray Rig and Tank Cleaning
Cilantro Seed Trails 8 Tests PicoAg Best
Wind Resistant Corn, Corn Blew Down Stood Up 3 days later.
FROST RESISTANCE: We have protected many crops like Corn, Wheat, Soybeans, Tobacco and Vegetable Crops like Tomatoes against frost kill for 12 hours down to 26 degrees.
LATE PLANTINGS: To be able to do late planting you have to be able to do 2 things. Frost Protection and grow the crops in less days from 14 to 30 days.
Late Planting August 1st Planting Soybean,
Late Planting July 23rd Planting Soybean,
Late Planting July 1st Planting Corn,
Call us, We could save your crop!
Soybean Chlorophyll Treated 51, Untreated 19 Your choice Nitrogen or PicoAg,
The PicoAg Soybean Chlorophyll Story
2011 Univ of Tennessee Canola Trails Using PicoAg Ranged from 90 to 100 bushels and acre!
2009 Through 2011 PicoAged Soybeans OHIO Indiana Illinois
2009 Through 2011 PicoAged Corn OHIO Indiana Illinois
NCSU: PicoAg Surfactant Out Performs Bio-Forge 1.7 Bu., and Pro-Act 2.2 Bu. Acre
NC Soybean Farmer video interviewed by Rick Patton of AG Professional Magazine about PicoAg Treated vs Untreated Soybeans. The publisher was for 15 years a agri-chem soybean specialist. The fields were side by side, Same Seed, Same Weather, Same Ground and Fertilizer program. Only difference was one field treated with PicoAg at 1st trifoliate, and other field unfortunately 3 weeks later. Eventually the untreated field was treated and but yielded more than control but 17 less bu per acre than the early treated. Its all about timing, timing, and timing!
2009 Corn: NCSU 15 More Bu. Acre Corn - Maxi grow - AKA PicoAg
FROST / FREEZE PROTECTION:
Wheat / Soybean Double Cropping Experiment Lansing, Michgain! 26 degrees 9 hours frost Oct 3rd, 2008 and 27 degrees 6 hour frost on Oct 14, 2008. We do Freeze protection on tomatoes, tobacco, corn and soybeans successfully.
PicoAg Mobilizes Nutrients In Soils Now and Following Years
PicoAg Tops the Field for Increased Brix Levels, Electrical Conductivity (EC )(Microsiemens) and "Carbon Dioxide Consumption"
Lets get serious about farming, Don't plant seeds until you understand this! The Foundation of good crop production and lifecycle cost management is high Brix Levels, Increased Carbon Dioxide Consumption and Electrical Conductivity (EC )(Microsiemens). After that, You should know how your going to increase (Microsiemens) in Soils, Chemicals, Fertilizers and Plants. Your consultant needs to be an expert in "Increasing Carbon Dioxide Consumption", Plant Pathology, Entomology, Electrical Conductivity (EC) (Microsiemens) and Soil Science! When your consultant comes to your farm I would start by asking him! "How are you going to increase my (Microsiemens), Plant Brix, Carbon Dioxide Consumption! And than, Ask his help with immobilized nutrient trans-location.
Treatment Row Brix Sap PH Sap EC (mS/cd) Chlorophyll Control
The SFI test are the facts that PicoAg is "Clear Winner" in raising Brix/Sugar levels, Increasing Carbon Dioxide Consumption and Electrical Conductivity (EC)(Microsiemens). PicoAg topped all tested products with an average of 12.8 Brix and that is 33% higher than the control. This highlights how the products works at about the atom level and can work with all plants living cells as they electromagnetic (Electric). To work atomically you cant use picotechnology (obsoletes Nanotechnology & Graphene) it is to big, you need an about atom size particle. SFI said Sap EC (mS/cd) average was increased by 17% or 1.9 (mS/cd) Electrical Conductivity (Microsiemens) vs control. SFI proclaimed that PicoAg helps increase Carbon Dioxide consumption by 33% over the control, i.e., more money to the farmer. Now you need to deal with your soils remediation for chelated immobilized fertilizers and other nutrients which we can help you with before you plant!
The Competition did well: KSoff 2nd 12.25 Brix, Protein Plus 3rd 11.5 Brix, and Control 9.5 Brix.
These tests and their expert opinion were certified SFI (Soil Foodweb Institute),And Meag Consultancy, Colin Steddy, Australian, Wheat Trail: Brix, Sap PH, Sap EC(mS/cd) Electrical Conductivity (Microsiemens), Chlorophyll, On 26 September about 15:15 - 16.20 at Temp:72 F, Sunshine.
PicoAg Doubles Leaf Chlorophyll Eliminates Nitrogen Needs!
Scientist Calls PicoAg "The Missing Link for Fertilizers", As It Mobilizes Nutrient by Fracturing Them for Trans-Location Into Plants!
Ex-Monsanto Jerry Pritchard pro-clams, You have discovered the "Missing Link" that we have been searching for for 40 years, of Agriculture Trans-location. PicoAg helps plant nutrient availabilty by facturing and mobilization of tied up plant nutrient!
Don- 2006 Very impressive. Awhile back when I did analysis on your product you sent me I remember my comment was "it very definitely resembled soap!" Results look good. Mechanism for increased production would appear to be soap ingredients act as a vehicle for plant nutrient entry and assimilation. Thanks for information. Good Luck on your Biobased Products. John Noakes, Ph.D., Director, Center for Applied Isotope Studies, The University of Georgia, and Athens, Georgia 30602.
2010 We also got comments from Tom Harris when he theorized that we were getting nutrients into the plants through what he called the back door. There has to be a simple explanation why in leaves analysis we get more nutrients into leaves.
2014 Because of the mobilization of the tied up nutrients we have had some farmers report to us that soil tests before and after Burndown with the PicoAg. There soil test showed before PicoAg they need PK, but after PicoAg showed they didn't need any fertilizers as so much of the PK had been made mobilized to increase their amounts by fracking the existing particle and making more.
Here are some opinions of what might just be happening!
1). Dr. 1 Yesterday I went over to see to discuss the apparent "fracturing" of certain micronutrients in soils when successively higher concentrations of the soap are added before a soil test. Bert says that somehow, the product must be releasing metal ions from their attachment sites.
Dr. 2 I showed him the four andrean soil analyses from SGS Europe. He immediately asked, "What's breaking the micros loose? Very, very interesting! Yup, and your calcium is going down. That has to happen if you free up these other elements. You gotta add calcium."
3). Dr. 3 One possible protocol for determining effect of PicoAg 1 on trace elements in water at near-normal field rates. Hypothesis: PicoAg blended in a water solution with chelated trace elements increases availability of those traces to crops when foliar-applied on crops.
2009-Jan-AgProfessional Magazine-Looking for Response
2015 Spray Rig Cleaner Guide, Why loose Yield?
Farmer Testimonial: After he cleaned his rig
BURN DOWN (TM) We Help Herbicides Kill over 20 Resistant Weeds. Just Call Us!
Pico Ag Trademarked products: PicoAg,Biowash, Burn-Down
17 Years of Biobased PicoAg Research and Reports in 2008, 2010 and 2012!
Below is the 16 Page 2012 PicoAg Research Reports mouse click the image to load the PDF Report!
Above is the 16 Page mouse click the 2012 PicoAg Research Reports image to load the PDF Report!
Below is the 16 Page 2011 PicoAg Research Reports mouse click the image to load the PDF Report!
Above is the 16 Page mouse click the 2011 PicoAg Research Reports image to load the PDF Report!
Below is the 16 Page 2010 PicoAg Research Reports mouse click the image to load the PDF Report!
Above is the 16 Page mouse click the 2010 PicoAg Research Reports image to load the PDF Report!
Below is the 4 Page 2008 Spring PicoAg Research Reports mouse click the image to load the PDF Report!
Above is the 4 Page mouse click the 2008 Spring PicoAg Research Reports image to load the PDF Report!
Below is the 4 Page 2008 Fall PicoAg Research Reports mouse click the image to load the PDF Report!
Above is the 4 Page mouse click the 2008 Fall PicoAg Research Reports image to load the PDF Report!
PicoAg on Acid Sulfate Soils, Poor Land growing Wheat
WHEAT: - Jimmy Sanders Mississippi Wheat Trail on Ph 4 Acid Sulfate Soils. Comments: James Miller, whose son is a Crop Consultant with the Jimmy Sanders Company in Indianola, Mississippi, applied PicoAg 2 on his wheat crop. The 60 acre controlled plot made 87.27 bushels/acre and had a test weight of 60.5. The 60 acre trial plot yielded 97.11 bushels/acre and had a test weight of 61.11. The yield difference was 9.8 bushels per acre! The treated wheat showed more tillering and kept a better color. I do not know how PicoAg 2 works so well, but it does. I will definitely use it on every acre of wheat I grow,” said Miller.. Jimmy Sanders Video
5 Year Study of PicoAg at North Carolina Agricultural And Technology
Synthetic chemistry based agriculture products vs bio-Agrophysics the mode of action is pure energy at 1790 trillion particles (Do the math) per square inch. Although we have worked with over 30 University around the world on Crop Production and Crop Protection, as well as IR-4 Bio-Pesticides. Based on limited space we have chosen NC A&T as representative of our common results. In the USA we have worked with Research Farms, Independent Agronomist, World Re-known Plant Pathologist, North Carolina State University, North Carolina Agricultural And Technology State University, U of Mississippi, U of Georgia, U of Florida, U of Kentucky, South Dakota State University, Pennsylvania State University, Arizona State University, Rutgers, LSU and U of Tennessee. And in foreign countries either governments for approvals and universities for data: Australia, China, Costa Rica, Thailand, Panama, Guatemala, Belize, Vietnam, India, Ecuador, South Africa, Zambia and some more I cant remember of the last 17 years.
So lets take a moment to highlight NC A&T Observations of 2012 vs 2014 After starting in 2009!
Alfalfa with 2 applications went from 3 to 5 cuttings annually. Alfalfa was noticeable different with growth, vigorous getting 1070 square bales or 26.75 tons 10 acres. Wheat PicoAged 3.5 Acres 72 Bushels acre. PicoAg Untreated just 27 Bushels acre. 45 Bushes Acre less! Wheat Arguments could be made that the fields soils were different, But soil samples showed PicoAged field had poorer quality soils. Corn 2 application of PicoAg used for grain and silage Corn PicoAged silage increased from 200 tons to 400 tons on 16 acres. Corn PicoAged grain production increased from 50 bu acre to 25 bu acre. Soybeans 2013 NCSU and NC A&T both reported 74 Bushels acre in best soils and 45 bushels acre in moderate soils. After 5 years our conclusion of using the PicoAg has without a any doubt shown that this product can offer real crop vitality and production benefits across all crops. There is more potential benefits yet to be determined which only time and more experience can answer! As a university farm that has been instrumental in research, demonstration, teaching and production activities to help the small, minority and undeserved farmers of North Carolina, it behooves us to further explore this product until we have enough consistent and consecutive data that we can share with those farmers. A product of this nature can go a long way in closing the food production gap that will be ever increasing as he world population does the same. Our endeavor to include the small farmer in this process can be strengthened by exploring products that potentially can make a the most crops on smaller acres which is not only reasonable, but should be expected.
Florida Department of Environmental Protection Approval for remediation of petroleum and other suitable containments for in groundwater and soil, in situ and ex situ! Other trails data available whereby we have reduced PPM of petroleum from 9300 PPM to 35 PPM. We have also mobilized the Fe 10 times, Mn 15 times and Zn 40 times in soils SGS Analysis. The product is fracturing the elements to increase the PPM and re-mediates soils from chemical chelation.
IRRI Bangladesh Rice Farmers Found Out: When Pesticides Weren't Used They Got No Pests!
Yes this is a soybean leaf with a 51 level of chlorophyll level
Yes this is a soybean leaf with a 51 level of chlorophyll level
PicoAg 3 was made especially for Wheat, Oats, Barley and Spring Grains Get Some Today!
2013 Alabama - PicoAg 3 for Fall Wheat used Dormancy and Look at the difference!
Today I got a call from a young farmer that tends about 6500 acres in Alabama. He thought his wheat looked pretty good, and described it as dark green and blue colored, but wasn't super excited until he went to the co-op. Other farmers starting asking him 'what are you using?' He said 'I used PicoAg 3 a few weeks ago to bring the wheat out of dormancy. '
You see we had talked to him earlier in the day and told him that he needed to pull some plants and check the roots. Well that's when it got interesting, as he used a shovel and saw (picture below) at least a 6 inch difference between the treated and untreated. Than it even got crazier when he was telling an old time farmer about his wheat roots. Well the old timer had gone into his field 4 days earlier and saw the difference in color. So he pulled on the untreated and they came up very easy, but when he tugged on the treated planted they weren't coming out at all. Than he told the story to the young farmer about what he had done, and young farmer laughed and called and told me the whole story.
Well his brother came and saw the plants and took them to show his family that tends 5000 acres and another relative that tends about 4000 acres. And the last thing he said to me is ' I hope you guys are ready to support us, as we are going to make you busy this summer for sure on beans and corn.'
Univ of Tenn Certified Wheat and Canola Trails: PicoAg got Wheat 108 to 150 bushels, Canola 90 bushels. Now dont expect to get 150 bu wheat but usually their is a 20 bu increase. The farmer reported on Canola his monitor hit 160 bu few times. We have seen results on oats, millet and barley get around 60 bu increase. First time farmers are usually limited to 20 acre trails.
Click on Picture to expand
Click on Picture to expand
Click on Picture to expand
Over 142 Reasons Why You Cant Get Rich Farming!
It is a tough to make money.
Over 197 Reasons Why You Cant Get Rich Farming!
Activation, Aerial Spraying, Air Quality, Altitude, Anhydrous Ammonia, Bees, Wasp, Butterflies, Biobased Content, Biorationals, Biostimulation, Brix Management, Brix Level, Carbon, Carbon Dioxide, Cation-exchange capacity, Cations-Anions, Chlorophyll , Clean Spray Rigs, Climate, Contaminated Wastewater Consequences, Crop & Pesticide Rotations, Crop Air/Propane Drying , Dew Farming Wetter Water, Draves Water Restructuring, Drip Lines, Dry Matter %, EAFUS Additives, Electrical Conductivity, Electro-Mechanical Vs Active Ingredient, Evaporation, Excessive Dry Down Moisturization, Fertilizer Application, Fertilizer Metabolism, Fertilizer Minerals, Fertilizer Tractor Exhaust CO, Fertilizer Uptake, Fertilizers Manures, Field Location / Latitude, Field Slope, Field Topography, Flooding, Fogging, Foliar Applied Micro-Nutrients, Frost Protection, Genetic Potential, GMO, Ground Remediation, Grow Crops Faster or Slower by 2-4 Weeks, Hail, Herbicide Damage Remediation, In-Situ - Ex-Situ Re-mediate Contaminants, Increased Brix Levels, Induced Systemic Resistance (ISR), Ion/Cation Exchange, Irrigation, Late Planting Faster Growing Crops, Liebig's Law Of The Minimum, Macro nutrients, Magnetic Forces, Metabolisable energy, Micro nutrients, Mineral Absorption, Misting, Mobilization of Micro nutrients, Multi-Year Beneficials, N P K S Ca Mg Mn Mo Cu Fe B Cl Zn, Nitrogen Applications, No Fertilizer Farming, No Heavy Metals, No Pesticide Farming, No-Till, Nutrient Availability, Organic Fertilizer Pesticide Same Product, Oxygen, Pesticides & Timing, Pesticides Less, Pests – Weeds Insects & Diseases, PH, Photoperiodism , Photosynthesis, Pico Weed Kill Surfactants, Picotechnology, Pivots, Plant Population , Pollination, Previous Crop, Rain & Snowl, Relative Humidity, Respiration, Reverse Chelation of Nutrients, Root Growth Maximum, Rooting Depth, Salinity, Seed Population , Seed Quality, Seed Rate, Seed Treatment, Seed Variety, Seedbed Firmness, Seeding Date, Seeding Depth, Shelford's Law of Tolerance , Soil & Temperature, Soil Aeration, Soil Aggregate Size, Soil Air, Soil Crusting, Soil Drainage, Soil Erosion, Soil Moisture, Soil Nutrients, Soil Organic Matter, Soil PH, Soil Remediation, Soil Surface Residues, Soil Temperature, Soil Texture, Soil Type, Soil Washing, Soil Water Holding Capacity, Soil Water Infiltration Rates, Solubility, Solar Radiation, Spraying, Spray Tank Cleaning, Swath Data, Systemic Acquired Resistance (SAR), Test Weight, Tillage, Tillage ZT MT CT, Tillering, Timing, Translocation, Transpiration, Trophobiosis, Water Application, Water Pump Plants, Water Quality, Water Remediation, Weather, Weed Control , Wind Resistant Crops, Wind Velocity, Zeta Potential Air Pollution Stress Avoiding Human Starvation and Plant and Animal Extinctions Bacteria Biodiversity Biogenic Volatile Organic Compounds Biomass C4 Plants CAM Plants Carbon Sequestration Diseases of Plants Early Growth Earthworms Evolution Flowers Fluctuating Asymmetry Glomalin Health Promoting Substances Herbivory Hormones Human Longevity Human Mortality Iodocompounds Isoprene Light Stress Lipids Medicinal Plants Monoterpenes Nectar Net Primary Productivity Nitrogen Fixation Nutrient Acquisition Phosphorus Acquisition Photosynthesis Progressive Nitrogen Limitation Reactive Oxygen Species Root Exudation Root Production Salinity Stress Seeds Soil Erosion Soil Toxicity Starch Tannins Temperature Stress Thylakoid Membranes Transpiration UV B Radiation Stress Vegetative Storage Proteins Water Stress Water Use Efficiency Weeds Wood Density
Every Wonder why your neighbors farmer crop might yield more or why you might have variations on your own farm from field to field. Above is about 136! PicoAg our constant everything else is a variable.
16 Iowa Nebraska Kansas Farmers Tell Why PicoAg Is Profitable
This year we're expanding our report to include personal observations of farmers who've profited from the performance of PicoAg. Several have applied it for three seasons and they plan to include PicoAg in their cropping program for 2013.
1. Mitch Ramsey, Osceola, IA If a neighbor was to ask me why I've sprayed PicoAg the past three years, I would tell them that if you get it on at the right stage V1 to V2 it will increase your yield substantially, compared to unsprayed parts of a field. That's true especially if the season is dry. You can dig soybean roots in the treated beans and see that they're about twice as big as in the untreated beans. In 2011, we harvested some soybeans that yielded over 70 bu. an acre on our bottom land fields. That's the first time we've ever raised that kind of beans. Anywhere. Ever. And we had some 57 bu. beans on our poorer hill ground. I'm really happy with PicoAg. Last year, 2011, was the first year I sprayed PicoAg when I was supposed to, at that early V2 stage. If someone was to tell me I'm wasting a spray trip when beans and corn are at the one leaf to two leaf stage because no weeds have shown up and there's hardly any crop leaf area I'd tell them they're wrong. That's when you need to get roots growing faster. This season, we'll take a closer look at applying PicoAg in furrow, and then coming back again with a foliar at that V1 V2 stage. With all the weather challenges in southern Iowa, it would be good to have more than one opportunity to add several bushels with PicoAg
2. Dale Lenz, Hillcrest Farms Ltd.,Vail, Iowa PicoAg has worked out really well for us. We tested it on a limited number of acres in 2009 before using it farm wide in 2010 and 2011. In side by side strip trials, we found average yield increases using PicoAg of 2 to 3 bu. per acre in soybeans and 2 to 5 bu. per acre in corn. More important to us is PicoAg's ability to allow plants better use of glyphosate, foliar fertilizer, micro nutrients, or whatever is sprayed controls with the PicoAg. Any yield increase after that is extra profit. We use it three ways: mixed with glyphosate, mixed with foliar fertilizer, and alone as foliar spray. We use it with glyphosate on soybeans at the V3 stage, and at the V6 stage on corn. We plan to continue PicoAg as part of our 2012 management plan.
3. Bruce Johnson, Osage, Iowa use PicoAg on ground and air applications with our micros, liquid fertilizers, 21 1 0 and Procidic. PicoAg makes our spray lay down efficiently and smoothly. When we performed ground inspections of our aerial sprays done with PicoAg, there was a big difference in how the spray adhered to the leaf compared to our aerial spray applications without PicoAg. There was much better overall coverage and efficiency when PicoAg was used in the aerially applied spray at a rate of just 3 to 4 ounces per acre in about 5 gal. of solution. Without it, the sprays beaded up, and significantly less spray reached the lower leaves. On ground applications we typically tank mix 6 ounces of controls PicoAg per acre along with our foliage applied materials. Our crop health has been improving yearly using PicoAg as part of a sound nutritional program.
4. David Mohler, Frankfort, IN Since I started testing PicoAg in 2009, it has continued to provide positive> yield response. We are in a 50 50 crop rotation on 2,600 acres. I was very surprised at our yield levels in 2011. Last September, I was not very optimistic on the 2011 crop. This would have been about a week before we began harvest. The end result of our efforts were farm averages of 65 bu. per acre on soybeans and 183 bu. per acre on corn. These averages are almost hard to believe with the severe stress that we experienced in July and August of 2011. The corn average matches our 10 year average. The soybean average is 16 % above our 10 year average and is our second highest average next to 2010. I am a Pioneer sales rep with roughly 40 customers. As I have met with all of them, it became very obvious that a huge difference in yield existed on other farms in a 15 mile radius of our place. Many clients had fields that performed well. However, most did not come close to the consistency that we experienced on our farm. Consistency over a variety of conditions and soil types is the greatest benefit that PicoAg is providing for our farm. By spraying PicoAg, I am convinced that improved plant health is allowing greater consistency and higher average yields.
5. Bob Streit, crop consultant, Boone, IA We saw enhanced nutrient uptake when PicoAg was used with foliars, resulting in better plant nutrition. In beans, we noticed that aphids didn't show up in areas where we had previously seen aphid problems. We attribute this to improved nutrition, resulting in a healthier plant signature that is less desirable to insects
6. Arlynn Aldinger, Wilcox, NE Our favorite use of PicoAg is with starter applied in the furrow for corn and soybeans. There is a definite yield response. In 2011 when we added 3 oz. of PicoAg in our starter compared with just 1 oz. corn yields in strip trials went up 8 bu. per acre. When we increased the PicoAg rate in our soybean starter blend from 1 oz. to 3 oz., the soybean yield rose by 6.9 bu. per acre. Those yields are profitable, but we wouldn't have noticed the increase without our combine yield monitor. There are so many variables in every field and every season that yield benefits of that magnitude don't show up unless they're measured carefully. I like PicoAg as a drift control when spraying crops. The spray just stays together. It also makes nutrients and herbicides adhere to the leaf better. The applied material absorbs faster and more completely. Usually we apply herbicide and foliar nutrients six or eight weeks after the crop is up, and tank mix PicoAg with the other ingredients. So far, I haven't applied PicoAg at the 2 leaf stage.
7. Steve Henning, Clarksville, IA I have used PicoAg since 2009 and love it. Whenever my sprayer heads to the field, there's PicoAg in the tank. I top off every spray mix with 3 to 5 ounces per acre of PicoAg. In 2010 I had my best soybeans over 60 bu. on sandy ground where I sprayed PicoAg at the first two trifoliate stage. In 2011, the elevator was complimenting me on the consistently high test weight in corn. That was unusual, considering our weather stress. After 2010, I haven't done yield checks. I just assume a yield benefit because I saw it in 2009 and 2010. I would use PicoAg anyway, just for improved weed control. Glyphosate resistant weeds are showing up all over my area, but my fields are totally clean. PicoAg with foliar herbicide makes the spray lay down smoothly on leaves, and the herbicide penetrates in minutes. I think we'll find more and more ways to use PicoAg, and improve the performance of other nutrients and crop protection products.
8. Ron Monson, ag consultant, Detroit Lakes, MN Several of my dairyman clients have applied PicoAg, and two of them have told me they've seen more milk production. We can't attribute that totally to PicoAg, as we've tried several new things. But from what our dairymen say, they intend to continue applying it on alfalfa and silage, as it appears to raise nutritional quality. I'm also interested in seeing how PicoAg works with other ways to encourage soil biological life, such as applying some raw milk on pasture. My clients have seen very encouraging results with milk, and it's gaining some attention in the media.
9. Tom Durr, Colo, IA In 2009 and 2010, our strip trials show that PicoAg applied at V2 has given us another 2.5 bu. of soybeans and usually 5 bu. of corn or better. In 2011, it was hard to measure any yield improvement in treated areas because we had serious wind damage. In the first week of July 2011, I walked our cornfields and thought we had the best looking corn we’ve ever grown. There weren’t any leaves with brown on them; they were completely green, clear down to the ground. I really had high hopes for it. Then on July 11, we had high winds that tore up our cornfields. Maybe 30% green snap. Our crop consultant said we lost at least 50 bu. an acre. Then for the rest of July and August, we didn’t have over two inches of moisture until it rained on Labor Day weekend. Corn was hard to combine; I had to stay on the upwind side to avoid running over downed corn. But even with those problems, we ended up with about 150 bu. average corn yields. Not a disaster, but we would have had 200 bu. or better without the weather setbacks. I’m planning on using PicoAg again in 2012. Possibly I’ll include some in the starter as well as the V2 application. I’ve always wondered how that early application at the V2 stage can help very much, because there’s not a lot of leaf area yet. However, the results with a V2 spray are profitable, and anything we can do to increase early rooting has to raise yield potential.
10. Brad Hockemeyer, Holland, IA I applied PicoAg on soybeans for the first time in July 2011, using it to mobilize a micro nutrient blend. I also included sugar in the tank mix; I think that was helpful as a carbon source. Where we sprayed this combination, we had the best soybean yield I've ever had 70 bu. per acre. I attribute the PicoAg and micros, applied together, as giving us a 10 bu. yield increase compared to our unsprayed beans. We'll do this again in 2012. I've been studying the impact of glyphosate on trace element tie up in soybeans and have to learn more about what this means. I know you encourage tissue tests and we'll definitely look at that. The spray coverage was smooth on the leaves, and the micros apparently absorbed quickly without runoff or droplets.
11. Rick Nervig, Hardy, IA What's most clear to me about PicoAg is that any spray tank mixed with PicoAg lays down smoothly on leaves. No droplets or runoff on either corn or soybeans. That appears to make a real difference in herbicide effectiveness. When I sprayed volunteer corn in our soybeans with herbicide plus PicoAg, the corn was taken out faster than I've seen before without PicoAg. (Photo) I'm still unsure of another "test" with PicoAg in spring 2010. I had planted some soybeans really early. By May 6 the cotyledons were out. Forecasters warned us of severe frost for the night of May 8. I took a chance: On May 6, I sprayed the field with 8 oz. of PicoAg in water, having heard that PicoAg increases leaf sugar somewhat. On the morning of May 9, 2010, all the beans were white with frost. The reported low was 28 degrees. A lot of corn in our neighborhood was severely frosted. By that afternoon, beans in that field looked dead. I watched them for a few days, and saw beans pushing new trifoliate leaves. We lost some population, but not enough to replant. By May 19, the second trifoliate leaves had emerged and I sprayed PicoAg again, 8 ounces per acre. So that field had two applications of PicoAg by the time it reached the second trifoliate stage. The 110 acres averaged 65 bu. per acre my best soybean field for 2010. But I can't say that was due to PicoAg. We didn't have any check strips. In 2012 I'll use 3 oz. per acre of PicoAg in starter fertilizer, and then spray 15 in. bands of PicoAg over the row on corn and beans.
12. Joel Grabin, Oxford, IA In 2011, I had some weed escapes and tank mixed PicoAg with my herbicide to take out those large weeds. I really like the way PicoAg makes the spray lay down smoothly on broad leaf weeds. I saw a few droplets on the fox tail, but the control was very good. Based on that experience, I'll use PicoAg in 2012 as a surfactant/mobilizer with trace elements and other foliars.
13. Shawn Weirich, Lawrenceville, IL I didn't have any test strips on wheat or second crop soybeans after wheat, but I saw what I needed to know. I sprayed PicoAg on winter wheat as soon as it greened up in 2011. It made 71 bushels. My best wheat before had been 58 bushels. Then we planted soybeans following wheat and sprayed the beans with PicoAg really early, right at the first one or two trifoliate leaf stage. The beans made 48 bu. per acre. Actually the biggest response we've seen is in our garden and house plants, where we spray several times. You'll be hearing from us for product in 2012.
14. Mark Underwood, Burr Oak, KS I've tested PicoAg for two seasons, 2009 10. In those seasons, I've seen treated soybeans generally yield 10 bu. more than untreated soybeans if I apply PicoAg on time at that early V1 to V2 stage. The most clear cut result I've seen on soybeans was in 2010, when it was terribly dry here in north central Kansas. One wheat field was so dry it only yielded about 20 bu., even though I had sprayed it with PicoAg in spring 2010. I disked up the wheat and noticed something unusual: The ground was mellow in spite of our drought. I drilled soybeans July 5, double planting by running 90 degrees across the first drill rows, because late planted beans don't branch very much. We got a rain the next day, and the beans came up fast. When they started showing the second trifoliate, I sprayed with PicoAg and glyphosate. Our next rain was Aug. 10, with almost no showers until harvest. The beans shaded out any volunteer wheat, and grew waist high with pods all the way up. I've never seen anything like that on double crop beans. They made 52 bu. per acre, and test weight was 61 lbs. per bu. or better. I'm gradually gaining confidence to get PicoAg on crops early, when wheat just breaks dormancy and beans show their first two trifoliate leaves. I'm even noticing that my soil is more mellow where we've applied PicoAg for two seasons. We have a lot to learn about that.
15. Heath Seeker, Trenton, NE I had good row crops in both 2009 and 2010 where I applied PicoAg. This year I plan to spray test strips to measure yield benefits more exactly. But as long as our crops keep improving each year, and our soil is gaining a better granular structure, I'll keep using PicoAg. What I see is that our ground isn't powdery and doesn't crust over or blow as much. That could be a sign of more active soil organisms left from breakdown of the larger root structures from PicoAg applied early. We had dry weather stress in 2011, and my corn came through very well it was a lot better than many of my neighbors had. Sunflowers and soybeans did well too. In 2012 we'll try some PicoAg on yellow peas, then low with winter wheat.
16. Lonnie Luers, Keota, IA I first used PicoAg in summer 2011 as a surfactant and nutrient carrier. Our corn in southeast Iowa was under stress, and I wanted a broad spectrum foliar nutrient blend. I tank mixed PicoAg with Rondo, Seed Set and Defender plus a copper product. Following this foliar application, corn leaves stopped deteriorating, ear development continued without tipping back, and roots stayed healthy. I had over 200 bu. corn. The way I see it, PicoAg pays for itself with more effective use of foliar nutrients, which enhance yield. Because of trans location data I had seen with PicoAg in 2011, I figure I can trim the rates of trace elements and NPK in my foliar a bit, and still make them very effective. In 2012 I plan to spray PicoAg with Defender trace mix and molasses at V1 V2, going for bigger root growth. Then depending on tissue analysis, I will probably come back at V4 V5 with Procidic, 8 19 3, molasses and traces. Before tassel, I'll apply PicoAg, Defender, molasses and a copper product, plus 21 1 0. With good nutritional health, I hope there will be less need for rescue treatments such as fungicides. Later I'll also apply a bulking foliar to assure good ear fill. This program will apply to some test fields. I also encourage soil biological life and fertility by using soft rock phosphate, humates, micro nutrients, and sugars from mineral rich molasses. (And by not using 0 0 60!) There is no magic bullet but every biologically sound growth aid can help build a few more bushels per acre.
How you can profit with PicoAg in 2015, Translocation and Assimilation Technology
Scientist Calls PicoAg "The Missing Link for Fertilizers", As It Mobilizes Nutrient by Fracturing Them for Trans-Location Into Plants!
1) The Use Of The PicoAg is all about one thing timing! If The timing is off you will have less production, The product can be used from 1 to 7 times. BURN DOWN, PLANTING, HERBICIDES PASS, 20 DAY PUSH, OPTIONAL 30 DAY PUSH and FROST protection. It really depends on what works best for you. 97% of the farmers only use the product for Planting and Herbicide Passes, But these are our recommendations and why! In the future we believe as the farmers get a better understanding they will adopt it for BURN DOWN as well.
2) BURN DOWN: PicoAg can be used for no till farmers at BURN DOWN Herbicide pass and we highly recommend you add AMS to help with Weed Kill. Weeds are becoming harder to kill and the really dont like herbicides but farmers say they are seeing 2 days weed kill. The weeds seem to love the PicoAg and AMS anyways and dont stop growing while waiting for the herbicide to dissipate! The other benefits you get at BURN DOWN usage is Spray Rig Cleaning and EC Soil Remediation. This product will mobilize the tied up nutrients from chelation, and this was best explained by our "The Missing Link" for fertilizer article link above.
3) * PLANTING: PicoAg can be used with a liquid at 3 oz per acre with 10 gallons of water at seed planting in seed furrow or 2x2. If you dont have a liquid planter than you will have to wait until the plant is at the 3 leaf stage and you will be broadcasting your spray and use 5 oz per acre with 10 gallons per acre.
4) * HERBICIDE PASS: PicoAg can be used with your Herbicide pass and we highly recommend you add AMS to help with Weed Kill. Weeds are becoming harder to kill and the really dont like herbicides but farmers say they are seeing 2 days weed kill. The weeds seem to love the PicoAg and AMS anyways and dont stop growing while waiting for the herbicide to dissipate!
5) 20 DAY PUSH: PicoAg can be used last time 20 days passed Herbicide Pass to push the crops.
6) ANOTHER 30 DAY PUSH, PicoAg has been used for extending the time a plant can grow. Simply put a 100 day crop can extended grow for 130 Days.
7) FROST PROTECTION, PicoAg has been used for Frost protection on Corn, Soybeans, Tobacco and Tomato.
In all cases call Biobased to review your PicoAg Application Program before you apply PicoAg on your crops. Most farmers only use the product twice at Planting and Herbicide Pass!
No CO2 No Crop Production
Before we even start thinking about the secondary NPK's, Micro-Elements etc we have to have enough fundamentals of CO2 and H2O to even grow the plants.
55 Benefits of C02 For Farmers
CO2 is not a problem its the people that need Global Warming jobs!
Dr. Hesser PicoAg Reviews
Dr. Leon Hesser Reviews PicoAg after Wheat field visits.
Dr. Leon Hesser with farmer Reviews PicoAg after Wheat field visits.
Timing: 1st 3 Leaves Treated Yielded 34 more bu., And 3 weeks later or 6th tri-foilate treated yield 20 more bu. Who would of thought that timing would get 14 more bushels. This is a story worth calling us about!
Tim Disher: 100% increase in Wheat 110 vs 50 Bu. TW 66 Pounds, Landscape Straw 60 to 120 bales!
Larry Williams Decherd, Tennessee - Soybeans - Canola - Wheat
Wayne and Kent Farmers say Adjuvant "Miracle Soap", Which is PicoAg.
North Carolina Mike Griffin Soybeans
Late Planting: Don Wilshe interviews farmer about August 1st late planting of Frost Protected Soybeans
Late Planting: revists farmer later about August 1st late planting of Frost Protected Soybeans
Late Planting: Interviews Freddie About Another Field of July 24rd Late Planting of Frost Protected Soybeans
John Smith Harvesting Soybeans!
Durwood Gordan Interviews Ira Graham Great Soybeans, Batesville, Mississippi
Interviews Eastern Carolina Farmer Allen Warren about his PicoAg Treated 50 Bushel Soybeans with Massive Roots.
Phil Wheeler Visits the NCSU Field Trails.
Florida, Chipley PicoAg Soybeans, UF Ext. Agent Clay Olsen and Jerry the Farmer. Comments: Some kind of nice looking beans.
Wind Resistant Corn, Blew down and stood up in 3 days! Farmer said I have never saw that in 40 years of farming. Crook Neck and Bowed Corn will yeild Less and can become unharvested!
Planted Baby Corn 1st week Checking Color and Root Mass and Direction
Planted Baby Corn 3rd week Checking Color, Seed Treatment, Hair Roots, Tap Roots, Lateral Roots thier Growth Direction toward 11-37 with Nitrogen!
Late Planting: July 1st Corn Experiment, Got 100 bu Acre. Western Carolina
PicoAg Again saved another crop in Florida, A corn crop in heavy drought in 2009 Chipley, Florida in Hard Dirt, Like Pee Gravel Hard Dirt with No Water Growing 100 bu. acre.
John Smith, lots of Corn
John Smith, More Corn
NCSU Report 15 More Bushels
Cotton, Farmers ignore market price grow more pounds per acre!
Terry Mabus Oakland, Mississippi, Cotton Results Averaged 342 More Lbs Per Acre vs the control
Interviews Allan Warren about!
Cotton Farmer Chipley, Fl. reported when PicoAg used he got 20 more Bolls in first 3 leaves, Lots of Ruffing Bolls, Fruit in the bottom, Once they start growing it is amazing.
Two Cotton Farmers ignore market price and get 224 and 342 More Pounds Cotton Per Acre.
Peanuts Georgia Green, Perennials and a Sustainalble solution for 11% Protein Increase, 500 to 1000 Lbs. More Acre
PicoAg 2009 Chipley, Florida Georgia Green Peanuts. This is one happy farmer and he is joined by Clay Olsen Univ Florida Ext. Agent. He is seeing some things on his peanuts that just aren't usually for him. The Georgia Greens Peanuts are clean, green, great root system, great nodules and ready for great production when harvested.
Perennial Peanuts More Than Double. Perennial Peanuts the Alfalfa of the South for Animal Feed. Florida Farmer and and UF Ext Agent Clay Olsen.
Peanuts: Customer gets with PicoAg 11% protein increase and more production over 10%
Florida Peanuts Georgia 06s
Canola 90+ bu. 150 bu. Wheat & 10 to 20 more bu. soybeans
Canola Seed Trails Univ of Tennessee, Got 90+ bushels acre, Larry Williams, Decherd, Tennessee
1. Dr. Leon Hesser - World Famous 60 Year Wheat Farmer, Review of PicoAg Wheat, Corn, Soybeans, Barley, Oats, Tobacco Crops!
2. Dr. Leon Hesser Interviews Farmer About The 5 Inch Wheat Heads And 100 bushels acre plus. The Wheat is not normal and its amazing, Wheat plants were producing 23 stalks with full heads.
3. Dr. Leon Hesser - Wheat: Farmer said, I told spray boy, If its green spray it! The best wheat yields we’ve ever had.
4. Dr. Leon Hesser - Wheat: On Good Land, 160 bu acre wheat. Dr. Hesser said he wished the Dr. Borlaug who won the Nobel Prize could see these Wheat fields. Farmers best ever was 70 bu. acre but now expects to run mid 115 bu acre.
5. Pico Ag: Dr. Hesser asked Buddy about PicoAg Inoculation but did say he got 64 lbs test weight on wheat.
6. Tennessee Larry Williams Decherd, 125 Bu Wheat and lots of Soybeans - Canola
7. Tennessee: 105 Bu Wheat Larry Williams is doing a Univ of Tennessee test plot for wheat today. We're standing in a field here right now that was Certified by UT Extension Agent Ed Barnesaveraged at 105 bushel to an acre of wheat on it.
8. Tennessee: Univ of Tennesse Certified PicoAg Seed Trails at 108 to 150 Bu Acre of Wheat
9. NC Farmers Wheat: Farmer Explains Wheat heads, The grains big, is what's causing that head to stand open like that. Unbelievable Never Seen That!
10. Treated with PicoAg Surfactant was 110 bushels, and untreated was 60.
11. Sanders overjoyed with 97 bu acre wheat in 4 ph soils
100% production increase, 38 test weight in Oats production. Combining Two Fields at 111 and 133 bu. provided a 125 Average Bu. Per Acre, Its best to let the video do the showing!
100% production increase, 38 test weight in Oats production. The farmer said He had not seen yellow Oats like this in 50 years.They are usually dark. At Harvest the farmer grew a record crop of 133 bushels and acre with a test weight of 38.8.
Plant Inspections of Winter Oats, Two Seeds - 18 Oat Stalks Double Crop
100% production increase, 38 test weight in Oats Production. Dr. Hesser Interviews Freddie And His 133 bushels Oat Crop which had a 38.8 test weight. These Heavy nutritious Oats were gobbled up by the local horse owners for animal feed.!
100% production increase, 38 test weight Spring Oats production same as Fall Oats: Farmer forgets to plant his Fall Oats so he planted them in the spring and got the same yield - 120 bu acre!
100% production increase, 38 test weight OATS: Grown NC, TX and GA - Up To 135 bu. acre
North Carolina: 100% production increase in Barley production and higher protein, Foot 4 Barley 3 Weeks before harvest, Barley was certified by NCSU Ext Agent at 103 lbs acre when harvested! Barley was growing over a foot and half higher so the farmer didn't have to buy bedding hay for his cows! Farmer said he grew on 9 acres what he grew on 18 acres last year, 55 bu. to 103 bu. aint bad! In Montana we got 18 more bu. acre of Malt Barley.
Randy Baldwin of Manchester, Ohio PicoAg Saved Tobacco Crop! $1.87 for most of it and we would just take tickled to death with it.
500 More Pounds Troy-Duncan: PicoAg got 450 more Lbs Burley Tobacco acre and grade 1 entire crop! Even at $1.46 pound still get you $657 more per acre for $30 of PicoAg = ROI of 20 to 1!
700 More Pounds - Soybeans 65 Bu Acre, John Smith of Smith Farms was the 2002 national young farmer of the year. Consistency, Pounds, Color and Bushels is money! Even at $1.46 pound still get you $1036 more per acre for $30 of PicoAg = ROI of 34 to 1!
1000 More Pounds - Interviews Allan Warren, About his Burley with Color, Even at $1.46 pound still get you $1480 more per acre for $9 of PicoAg = ROI of 185 to 1!
Orchard Grass, Fescue, Millet and Deer Plots Pasture and Hays
North Carolina, 22 year Surry County, Fescue Farmers shows off some: Very High Grass, High Protein, Extra Cuttings, and about 1 ton more per acre!
North Carolina, 22 year Surry County, Orchard Grass, Millet, and Deer Plot Farmers shows off some: Very High Grass, High Protein, Extra Cuttings, and about 1 ton more per acre!
Sweet Potatoes - Beauregard / Covington Friendly Contest
2010 North Carolina: GL Barringer and Friend PicoAg Grown, Up to 4.75 Lbs. Beauregard and Covingtons Sweet Potatoes, Solid color throughout most ever grown!
2011 North Carolina: GL Barringer PicoAg Grown 5 lbs Beauregard's, 13 Pounds From One Hill, Solid color throughout most ever grown!
Garden in North Carolina Assorted Veggies
2011 North Carolina: GL Barringer Garden Crop in Severe Drought Stress!
Florida Farming: Soybeans, Corn, Peanuts, Perennials, Peanuts, Cotton and Okra
Peanuts GA Greens
Peanuts Fl 06s
Okra - Corn
ASEAN: Thailand - Vietnam - China Rice Production
Thailand: Rice Farmer uses PicoAg on her rice! She gets 30% more rice in 30 less days and saves 30 days of water, She gets 5% quality bonus. Believe can grow an entire 3rd crop in Thailand! 160% more Crop.
Thailand: 2nd Farmer group meeting about the merit of the PicoAg on their rice production. PicoAg again outperformed Syngenta Amore in terms of quality and production. He sprayed PicoAg every 20, 40 and 60 and 80 days after seeding.
Thailand Rice Farmer 2006: Meeting with the 3rd group of farmers using the PicoAg! The Chief likes the product and feels his people will make more money and be healthier.
Thailand: Rice farmers 4th group of farmers discuss the benefits of product for their rice production. She should get better yield and he believe that PicoAg 25B can help her rice produce more yield and make more money.
Thailand: Distributor talks about why she likes PicoAg product for the rice farmer. The also likes products that have increased production and safe for the rice farmer and can make more money and as increased the quality of the rice
Thailand: Rice Agronomist and distributor discuss the benefits of the rice farming with PicoAg treated on rice against leaf blight and Leaf Spot, unlike traditional methods
Thailand: This is just a short video at the end of the day comparing the two rice plants with Team PicoAg!
Vietnam Vietfoods and MARD were able to increase rice production over 3 years with our program to an additional 1.9 MT (4180 lbs) more per Hectare. This product was tested 3 years and than certified by the Vietnam Government - MARD and Tien Giang Province Agricultural Center for import, storage and sales!
Application of Product, After PicoAg 2!
Spray Rates: Freddie discuss the use of Adjuvant spray rates, carrier, timings, ounces per acre of Oats, Wheat, Corn, Soybeans, Cotton, Peanuts
Spray Rig Cleaning
Why Spray Rig Cleaning 1, Where is all this color coming from?
Why Spray Rig Cleaning 2, Where is all this color coming from?
Produce and Horticulture Crops we grown with PicoAg, etc
Produce and Horticulture Crops
When Pesticides Weren't Used They Got No Pests!
Pests Eliminated when Pesticides Stopped
Major Crops Tours
Sorghum Milo 500% Increase
Timothy 9 Inch Heads
Canola 95 Bushels
Bananas, No Health Issues
Orchards Apples, 300% Increase.
NC Late Planting Corn August
NC Late Planting Mid July Soybeans
Cabbages Must See Link
Collard Greens Giant Plants
Cucumbers Picked Twice as long
Onions Seeing is believing
Peppers Bell 8 Weeks 3/4 Pound Each
Cassava 15 Ton More Per Acre
5 Lb Sweet Potato 100% More
White Potato 100% Increase
Tomatoes 3 to 4 Times Production
Watermelons 50 Lbs
Rice World Wide 30% More
Veggie Caribbean 4 to 10 Times Production
Veggie Asia Countries Test 1
Veggie Asia Countries Test 2
1)- 2006, India, Andhra Pradesh, Leafy Vegetable Green Amaranth or Slender Amaranth
2)- 2006, Zambia, Wheat Trials in increases Brix Levels by 80%
3)- 2006, Australia, Wheat Stripe Rust Trial First Readings - Colin Steddy
4)- 2006, Australia, Wheat Stripe Rust Trial 2nd Readings - Colin Steddy
5)- 2006, Australia, Wheat Trials in Narenbeem - 2006
6)- 2006, Australia, Nectarine Trial Western Austrlia, J A Franklin
7)- 2006, Australia, Nectarine Trial Western Austrlia, Few months later, J A Franklin
8)- 2006, Australia, Lettuce Adjuvant Seedling Trials
9)- 2006, Australia, Macademia 100% to 269% Increase in Brix Levels
10)- 2005, USA, Tomatoes, Potatoes, Squash, Watermelon and Peppers!
11)- 2005, USA, Pythium, Gone in less than 10 days with plant nutrition, and crop harvested!
12)- 2005, China, Adjuvant Tests In Plant Protection Department in Shanxi Agriculture University
13)- 2006, India, University of Madras, Professor of Plant Pathology, It's Just Amazingly Unique!
14)- 2006, Hong Kong, "Dracaena Marginata" in Hong Kong in October 2006."
15)- 2006, Thailand, "Trials in Thailand."
16)- 2006, India, "Trials in India."
17)- 2006, USA, "Soft Scale Insects, Soft Green, Red, Torpedo, False Oleander and Euomymus Scales
18)- 2006, USA, "Witch's Broom, Growth Irregularity In Plants!
19)- 2006, USA, "Rose Pedals are grown to almost 4 inches!
20)- 2006, USA, " Volutella Pachysandrae And The Wonder Juice!
21)- 2005, USA, " Bacteria Spot and Rust on Peaches!
22)- 2006, Costa Rica, "Mycena Citricolor or Coffee Rust"
23)- 2006, To Date Successful Fruit And Vegatable Field Trials"
24)- 2006, Nutrient Foilar 27, Trees, Lawns, Roses, House Plants, Azaleas and all Garden Vegtables!"
25)- 2006, Organic Plant Wash, No More Pesticdes For This Commercial Landscape Company"
26)- 2006, Rice Field Trails in Andra Pradesh, India"
27)- 2006, Asia, New Business Grew from 0 to over 5000 rice paddy farmers in just 6 months!"
Spray Rig Cleaning
If your entire Spray Rig is not clean you can have Chemical Crop Damage or Some Lost Crop Yield. If you contract your spraying and see leaf or plant damage its most likely your contractor did not clean out properly his spray rig. If you dont have a clean rig you can put down the wrong chemicals on your crops. This can kill your crops if not drastically reduce your crop health and yields. Its been reported to us that since major spray companies have started to use this product they have never had to buy a field from chemical damage.
Pico Ag has developed a Picosoap that has the smallest particle size in the world at 1/2 of 1 nanometer or 6 Picotechnologys. Simply put 6 Picotechnologys is like comparing your pinky finger to the size of the earth. What that means is this molecule size soap can get into places that surfactants, ammonia and existing tank cleaners cant, so you can get crop damage simply put. This product can thoroughly clean years of accumulated chemicals out of your spray tank, caked chemicals in your pumps, filters, nozzles, and lines. This video is worth watching and listen to the farmer described the product. Farmer dumbfounded and says where did all this color come from, it was years of accumulated chemicals caked in the pumps. Also a side note our PicoAg 2 product has recovered several chemicals damaged field and reversed the damage to give the farmer all time high yields on cotton, soybeans, tomatoes, tobacco and more. One thing we constantly hear from our farmers is this is the most unbelievable spray rig cleaner they have ever used. We have a link to several universitys that state problems with dirty spray rigs.
2013 Spray Tank Cleaner Link
Video 1 of 2, 2 is below
Timothy Hay 8 inch heads
Enuff Shown, The picture has just been sent and I have limited information. This "Timothy Hay" was grown in land 500 miles north of Vancouver, Canada with a PH of 4, The heads on the crops are 8 inches long as you can see and are still growing. We have not run an RFV for protein on the Timothy. We expect more information shorty and call us if you want current status. When we investiaged Timothy we read that Timothy general grows from 2 to 3 inches, not 8.
You cannot make a tree or plants grow like this with fertilizers, Foliars or BioStimulant in one year, PicoAg 25B or Only with CO2!
If so Vegetable and Major Crops would look like this! Maybe that is why Pico Ag plants are chest high!
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