penergetic the natural biotechnology With the impulse of nature

Dear Readers, Nature demands that we treat her with care. We have become increasingly aware that overuse and aggressive treatments harm soils, plants and animals and disrupt their systems. “ If you want to find the secrets of the universe, think in terms of energy, frequency and vibration ...” Nikola Tesla Large farms benefit from a reduced use of chemical fertilizers. In different area of this world, overfertilized fields are recovering. Wheat, potatoes, coffee plants, grape vines respond to the information that has been transferred through the Penergetic system The magazine “Geo Kompakt”, issue...

Practical experience reports 38 — 39 Observation in soil structure in the U.S.A. 40 — 41 Soil fertility in Brazil 40 — 41 Alkaline soil in Canada Practical experience reports 48 — 49 Soybean in Brazil - Photos 58 — 57 Alfalfa in Central California, U.S.A. 60 — 61 Potatoes in South Africa 70 — 77 Rice in Costa Rica Practical experience reports 106 — 109 Milk goat farm in France 110 — 111 Dairy Cows in Costa Rica 112 — 113 Dairy farm Willenbring, U.S.A. 114 — 117 Carcass quality in Thailand Practical experience reports 120 — 126 Slurry in South Korea 126 — 127 Manure Lagoon in the U.S.A. 128 —...

Agriculture is one of the oldest economic sectors and most important occupations of mankind. Around 5.6 billion hectares or 11% of the Earth’s surface are used for agricultural purposes. More than 40% of all employees worldwide work in this sector. These may be enormous figures, but if we look at the global population of around 8 billion people, whose food comes from those 11% of surface area used for agricultural purposes, then we might get an idea of how important food production is. Unfortunately, this pressure to produce enough food, has an adverse effect on food production standards. The...

Cover Crops Cover crop has been used in soil conservation since ancient times. During the collaboration with Dr. Ademir Calegari, Penergetic noted that cover crop and no-till methods have additional positive effects when penergetic products are used. For this reason, we want to introduce the different areas of applications for cover crops and contribute further to developing smart agricultural methods. Spring – Summer cover crops Pearl Millet (Pennisetum glaucum) Crotalaria spectabilis (Crotalaria spectabilis) Crotalaria ochroleurca (Crotalaria ochroleuca) Crotalaria juncea (Crotalaria juncea)...

What is the Project Living Soil (PLS)? A tool that works par excellence for the bioactivation of the productive systems (soil and plant) through the cover crops. The “Living Soil Project” is an initiative of the WebBio Academy in Brazil, which makes it possible to identify select and at field level, alternatives, strategies and management practices of sustainable agricultural productions that promote a better balance between the soil-water-plant relationship. This should lead to greater productivity and profitability with a minimal environmental impact, providing a better and more intelligent...

Crotalaria spectabillsSpring - Summer Soil Covers Identification

Cratalaria junceaSpring - Summer Soil Cavers Identification In mixtures with 4 to 6 crops 8 to 10 (kg /ha) Meloidogyne incognita Susceptible / Resistent mod. Pratylenchus coffeae - Attention points: Hostesses of Pratylenchus brachyurus, and some fungi. Biomass when incorporated, effects of tissue with glucosinolates are transformed into isothiocyanates and control nematodes (Pratylenchus, and others) and soilborne diseases trough “biofumigation”. These molecules are volatile and toxic to soil microorganisms and nematodes.

In mixtures with 4 to 6 crops 15 to 18 (kg/ha) SunflowerSpring - Summer Soil Covers Identification In mixtures with 4 to 6 crops 2 (kg /ha) Meloidogyne incognita Susceptible Meloidogyne javanica Susceptible Pratylenchus coffeae -

Brachiaria ruziziensisSpring - Summer Soil Covers Identification In mixtures with 4 to 6 crops 2 to 3 (kg/ ha) Pratylenchus coffeae - Recycling of nutrients Nitrogen (% in dry matter)2 0,75 to 2,01 Indications Benefits: Grows in soils with medium chemical fertility. Precocity and high biomass production. Can be intercropped with corn and other crops, ease of handling, high nutrients recycling and high C/ N ratio (around 40). Reduces Fusarium sp., Rhizoctonia sp. (white-mold). Attention points: Attempt for continuous use and every 2 years to perform nematode analysis (Pratylenchs brachiurus),...

Oilseed radishAutumn - Early Winter Soil Covers Identification In mixtures with 4 to 6 crops 2 to 3 (kg/ha) Meloidogyne javanica Susceptible Heterodera glycines - Rotilenchulus reniformis - Pratylenchus coffeae - Attention points: Do not sow in areas with Sclerotinia problems. Intercropped with other species such as rye, oat, millet, buckwheat, etc., may be use 2 to 3 kg /ha, will decrease white mold and undermine the later crops. Can be successfully mixed with grasses, legume and other cover crop species.

Hairy vetchAutumn - Winter Soil Covers Identification In mixtures with 4 to 6 crops 12 to 18 (kg/ha) Meloidogyne incognita Susceptible and hostess Meloidogyne javanica Susceptible and hostess Heterodera glycines - Rotilenchulus reniformis - Pratylenchus coffeae - Recycling of nutrients Nitrogen (% in dry matter)2 1,88 to 4,36 Indications Benefits: Rustic crop that fits well in soils with low content of pH, Al and P. Provide high N to the soil and next crops in temperate and subtropical regions. Trough mulching effects, soil structure, higher water retention, crop root development, soil biological...

Autumn - Winter Sail Covers White lupine Autumn - Winter Soil Covers In mixtures with 4 to 6 crops 10 to 15 (kg/ ha) In mixtures with 4 to 6 crops 15 to 20 Intercropping with corn in lines broadcast sowing Rotilenchulus reniformis -- Pratylenchus coffeae -- Recycling of nutrients Nitrogen (% in dry matter)2 1,22 to 1,97 Indications Benefits: used as a cover crop, oil (seeds), forage (sweet varieties) and animal fodder. High fixing nitrogen and cycling phosphorus and other nutrients. Nitrogen fixing can vary from 100 to 200 kg N ha-1. P fixed by Fe, Al, and Ca phosphates can be released by root...