Agronomic data is the corner stone of C-Green-Ag Biotechnology’ strategy. Accordingly, a lot of care and budget is constantly allocated to research and development. C Green AG biotechnology is fully dedicated to the United States of America and 100% of all studies and results are completed within the United States.
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See Our Science DataObjectives: Ray Ruby red grapefruit on sour orange rootstock, 6 YO trees, severely affected by HLB, canker resurgence, early fruit drop, leafminer, melanoses, greasy spots, rust mites, etc.
Objectives: To demonstrate the ability of CYAN 365® to improve and to help to grow more quality Fruit and yield
Objectives: To demonstrate the ability of CYAN 365® to improve to help to grow more quality Fruit and yield
Objectives: To demonstrate the ability of CYAN 365® to help at growing more quality Fruit and yield
Objectives: To evaluate the use of CYAN 365® to help at reducing the premature fruit drop at fall on mature oranges for processing (Hamlin's) with severe symptoms of greening HLB
Objectives: To evaluate the use of CYAN 365® to enhance the fruit ripening and color break on mature Murcott (Honey Tangerine) with severe symptoms of greening HLB
Objectives: The aim of this study is to demonstrate the efficacy of CYAN 365® to improve the root mass and the trunk diameter for young perennial fruit trees (citrus). For this trial a special custom made plexiglass box with 6 compartments have been realized. This study is also demonstrating the interest to apply CYAN 365® by foliar only or by soil and foliar applications.
Objectives: To determine within a high commercial standard grove, the rapid growth on young citrus tree (Orange Valencia) when it is treated with Cyan 365®.
Objectives: In real conditions within the same block, back to back, grower standard untreated versus grower standard treated with CYAN 365®, just one variable added: To show and demonstrate how CYAN 365® applied by soil application, can help young perennial fruit tree (citrus) to develop, primarily, more root mass and secondary more feeding roots (fine root hair). Main parameters monitored for this study: weight for root mass.
Objectives: This study is to understand the benefits of using CYAN 365® on young perennial fruit tree (citrus) when used in combination with the Grower Standard programs (nutrition & protection). The only added "variable" for this study is Cyan 365®.
Objectives: To demonstrate the ability of CYAN 365® to improve the efficacy of the fungicides against Greasy Spot but also to help to grow more quality yield, more natural, more sustainable and more profitable.
Objectives: To demonstrate the ability of CYAN 365® to improve the efficacy of the fungicides for melanose but also to help to grow more quality yield, more natural, more sustainable and more profitable. Main parameters monitored for this study: Pressure disease (Melanose both on fruit + foliage), for yield (early fruit drop, weight & fruit counts + fruit size distribution).
Objectives: To demonstrate the ability of CYAN 365® to improve the efficacy of the fungicides for the reduction of Canker disease but also to help to grow more quality yield, more natural, more sustainable and more profitable. Main parameters monitored for this study: Fruit, foliage, Fruit & Leaf drop
Objectives: To demonstrate the ability of CYAN 365® to improve the efficacy of the insecticide used by the citrus growers to help at reducing the population of the ASIAN CITRUS PSYLLID (responsible of the degenerative disease also called "Greening and/or "HLB) on Citrus.
Objectives: To demonstrate the ability of CYAN 365® to improve the efficacy of the fungicides against melanose but also to help to grow more quality yield, more natural, more sustainable and more profitable.
Objectives: To evaluate the use of PHYSIOPOWER® to improve yield and Quality on SOD (St Augustine Floratam grass)
Objectives: To evaluate the use of PHYSIOPOWER® to improve yield and Quality on SOD (Zoysia grass)
Objectives: When applied by foliar spray, to demonstrate the ability of Vegro® to improve the efficacy of the fungicides for the antrachnose control and to help to grow more natural. Main parameters monitored for this study: Pressure disease (severity); Yield (weight & fruit counts) and fruit size distribution.
Objectives: To demonstrate the capacity of Vegro® to improve the efficacy of the fungicides at helping to reduce the Bacterial spots on Pepper and to help at reducing the chemical residues. Main parameters monitored for this study: Pressure disease (severity); Yield (weight & fruit counts) and fruit size distribution.
Objectives: Evaluate the interest of VEGRO® for quality yield, health and early maturity
Objectives: Evaluate the interest of VEGRO® when in contact with diseases such as "Botrytis & Powdery Mildew".
Objectives: To quantify seasonal yields of fresh market strawberries in a California environment utilizing Vegro®
Objectives: Evaluate the interest of VEGRO® for tomato yield.
Objectives: To demonstrate the capacity of Vegro® to improve the efficacy of the fungicides at helping to reduce the Bacterial spots on Tomato and also to promote a more natural agriculture. Main parameters monitored for this study: Pressure disease (severity) and Yield (weight & fruit counts) .
Objectives: When applied by foliar spray, to demonstrate the ability of Vegro® to improve the efficacy of the fungicides by controlling better the Powdery Mildew reduction. In the meantime, it will help to grow more quality yield and more natural. Main parameters monitored for this study: Pressure disease on Powdery Mildew, weight count & fruit count.
Objectives: Evaluate the interest to add VEGRO® to the Grower Standard for lettuce yield.
Objectives: A genuine agronomic and scientific study, to demonstrate when applied by foliar the ability of VEGRO® to improve the efficacy of the fungicides by better controlling the gummy stem blight reduction. In the meantime, it will help to grow more quality yield and more natural. Main parameters monitored for this study: Pressure disease on GSB, Yield (weight & unit pieces counts).
Objectives: When applied by foliar spray, to demonstrate the ability of Vegro® to improve the efficacy of the fungicides by controlling better the Downy Mildew reduction. In the meantime, it will help to grow more quality yield and more natural. Main parameters monitored for this study: Pressure disease on Downey Mildew, weight count & fruit count.
Objectives: In real conditions within the same block, back to back, grower standard untreated versus grower standard treated, just one variable added: to show and demonstrate the ability of VEGRO® to improve at first the quality yield and more particularly, the marketability by improving larger sizes and more uniform sizes. Main parameters monitored for this study: Yield (weight and unit pieces count), color, fruit size distribution.
Objectives: Agronomic study conducted in 2018 by the University of Georgia on peanuts with the goal to evaluate the impact on the yield, different products supposed to improve it.