Description
Enhances pollen development, anther dehiscence, pollen hydration, fertilization, and production of fruit, pods and seeds.
Attract more bees and keep them busy with more viable pollen on more plants. Active Flower™ contains nutrients and a polyamine complex to enhance events leading to flowering, pollination and fertilization of crops, resulting in increased yield.
When to Use
5% to 20% of crop bloom stage.
Benefits
Active Flower™ provides nutrients, polyamines and organic acids that support and enhance plant fertility. It improves pollen hydration, germination, pollen tube growth and viability, and encourages bee foraging activity which increases fertilization. Plants produce more fruit sets and an increased number of larger and uniform pods and seeds, ultimately resulting in greater yields.
Guaranteed Minimum Analysis
- Total Nitrogen (N): 8%
- Available Phosphate (P2O5): 4%
- Soluble Potash (K2O): 12%
- Boron (B)(actual): 2.0%
- Copper (Cu)(actual): 0.05%
- Iron (Fe) chelated (actual): 0.09%
- Manganese (Mn)(actual): 0.1%
- Zinc (Zn)(actual): 0.05%
- EDTA (chelating agent): 1.42%
*Third Party Analysis by Mid-West Labs
How it Works
Active Flower™ contains nitrogen in the form of amine and micronutrients to maintain high enzymatic and hormonal activity during the reproductive phase of plant growth.
Potassium is provided to regulate anther dehiscence, pollen hydration/imbibition, and pollen tube growth, needed for successful fertilization, and to promote uniform fruit size and quality.
Easy to absorb and penetrate through membranes where it is needed, a boron-amine complex fosters pollen viability, seed set, carbohydrate and nucleic acid metabolism, cell differentiation and maturity, sugar transport, uptake of calcium, magnesium, potassium, synthesis of cytokinins, translocation of auxins, and root tip initiation.
The polyamine complex aids in pollen germination, hydration, viability, pollen tube growth, accumulation of secretory vesicles in pollen tubes, and fertility. It also attracts bees, minimizes abortive flowers, and increases yield.
Directions
Directions
Application Rate
Apply at fungicide timing as a foliar spray using 2.5 L per hectare (1 L per acre) with a minimum of 50 L water per hectare (20 L / acre) for ground applications and 30 L of water per hectare (12 L / acre) for aerial applications. Allow a minimum of 3 weeks between applications.
Canola, soybean, peas, lentils and other pulse crops: apply once at the 5% – 30% bloom stage.
Corn: apply once at the tassels stage.
Flax: apply 1-2 times, once beginning at the 5% blooming stage. Repeat once more as needed.
Hops: apply once at the 5-30% bloom stage.
Berry: apply twice, once beginning at the 5% bloom stage and again beginning at the 50% bloom stage. Fruit and nut trees: apply once at the 10% bloom stage using a minimum of 300L of water per hectare (120 L / acre). Repeat once more at the 50% bloom stage as needed.
Tomato: apply once at the 5% – 20% bloom stage.
Use this product on the basis of soil and tissue analysis in accordance with recommendations of a qualified person or institution or apply according to recommendations in your approved nutrient program.
Directions
Directions
Application Rate
Apply at fungicide timing as a foliar spray at 1 qt per acre with a minimum of 5 gal of water per acre for ground applications and 3 gal of water per acre for aerial applications. Allow a minimum of 3 weeks between applications.
Canola, soybean, peas, lentils and other pulse crops: apply once at the 5% – 30% bloom stage.
Corn: apply once at the tassels stage.
Flax: apply 1-2 times, once beginning at the 5% blooming stage. Repeat once more as needed.
Hops: apply once at the 5-30% bloom stage.
Berry: apply twice, once beginning at the 5% bloom stage and again beginning at the 50% bloom stage.
Fruit and nut trees: apply once at the 10% bloom stage using a minimum of 30 gal of water per acre. Repeat once more at the 50% bloom stage as needed.
Tomato: apply once at the 5% – 20% bloom stage.
Allow a minimum of 3 weeks between applications. Spray early in the morning or late afternoon when the sun is lower in the sky. Do not apply when air temperatures are above 85°F. Avoid spraying on windy days.
Use this product on the basis of soil and tissue analysis in accordance with recommendations of a qualified person or institution or apply according to recommendations in your approved nutrient program.
Compatibility
Compatibility
Compatible with most fungicides, herbicides, pesticides, and fertilizers. Please see Compatibility Chart and conduct pre-testing if combination has not been previously used. Always do a jar test with pesticides and spray water to ensure compatibility as water quality can vary.
COMPATIBLE | ✓ |
CAUTION | ! |
NOT COMPATIBLE | ✘ |
NOT TESTED | ? |
|
Active FLOWER with Pesticides |
Active FLOWER with Fungicides |
Acapela | ✓ |
Allegro | ! |
Astound | ✘ |
Bravo | ✓ |
Caramba | ✓ |
Delaro | ✓ |
Dithane | ✓ |
Folicur 250 EC | ✓ |
Fuse | ? |
Headline EC | ✓ |
Kumulus DF | ? |
Lance WDG | ! |
Priaxor | ✓ |
Prosaro 250 EC | ✓ |
Quadris | ✓ |
Quash | ✓ |
Quilt | ✓ |
Rovral Flo | ✓ |
Serenade Max | ? |
Serenade CPB | ? |
Tilt | ✓ |
Twinline | ✓ |
|
Active FLOWER with Insecticides |
Coragen | ✓ |
Cygon/Lagon | ? |
Decis | ✓ |
Diazanon | ✓ |
Furadan | ! |
Lannate | ✓ |
Lorsban | ✓ |
Malathion 85E | ✓ |
Malathion 500 | ✓ |
Matador | ✓ |
Pounce | ✓ |
Ripcord | ✓ |
Sevin XLR Plus | ✓ |
|
Active FLOWER with Tank Mixtures |
Compatible Tank Mix #1 |
Agchem 1 | Odyssey Ultra Herbicide Mix:
308 ml / 40 ml water |
Agchem 2 | |
Agchem 3 | |
Surfactant/
Adjuvant | Merge™ Adjuvant:
200ml / 40L water |
Fertilizer | Active FLOWER: 1L /40L water |
Agchem Water | 5 GPA |
|
Compatible Tank Mix #2 |
Agchem 1 | Cotegra™ Fungicide:
0.24L / ac |
Agchem 2 | |
Agchem 3 | |
Surfactant/
Adjuvant | |
Fertilizer | Active FLOWER: 0.5 L / ac |
Agchem Water | 10 GPA |
|
Compatible Tank Mix #3 |
Agchem 1 | AXIAL® XTREME Herbicide:
2.5ml / 100ml water |
Agchem 2 | |
Agchem 3 | |
Surfactant/
Adjuvant | |
Fertilizer | Active FLOWER: 1L /40L water |
Agchem Water | 5 GPA |
|
Active FLOWER with Active AgriScience Products |
| | |
Active PRIME | ✘ |
Active BUILD | ✘ |
Active COMPLETE | ✘ |
Active KONNECT | ✓ |
Proform N | ✓ |
Active BORON | ✓ |
Active COPPER | ✓ |
Active MANGANESE | ✘ |
Active ZINC | ✘ |
Research
Science & Research
Increased Pollen Tube Growth
Active Flower contains nitrogen, potassium, and polyamine complex which support pollen tube growth and accumulation of secretory vesicles in pollen tubes.
Increased Fertilization
Active Flower helps regulate anther dehiscence and pollen hydration, and increases pollen volume and viability.
Increased Volume and Size of Fruit Sets, Pods and Seeds
Active Flower increases the fertilization and also supports carbohydrate and nucleic acid metabolism, sugar transport, cell differentiation and maturation, resulting in a higher volume of larger, uniform, high quality fruits, pods, and seeds.
Increased Bee Visitations
Polyamines present in Active Flower help attract bees, resulting in greater fertilization and minimal abortive flowers.
Increased Nutrient Mobilization and Absorption
Active Flower boosts the uptake of calcium, magnesium, and potassium.
Increased Performance Under Stress Conditions
Active Flower benefits are unaffected by unfavourable conditions, maintaining its ability to simultaneously up-regulate desirable pathways and down-regulate undesirable pathways, allowing plants to maximize their genetic potential under cold, wet or drought conditions.
CANOLA • 6 YEAR AVERAGE YIELD DATA *
Treatment | YIELD – 2013 (bu/acre) | YIELD – 2014 (bu/acre) | YIELD – 2015 (bu/acre) | YIELD – 2016 (bu/acre) | YIELD – 2017 (bu/acre) | YIELD – 2018 (bu/acre) | 6 YEAR AVERAGE (bu/acre) | % CHANGE |
---|
Control | 45.0 | 52.0 | 44.7 | 33.8 | 57.7 | 38.85 | 51.8 | 0 |
---|
Treatment | YIELD – 2013 (bu/acre) | YIELD – 2014 (bu/acre) | YIELD – 2015 (bu/acre) | YIELD – 2016 (bu/acre) | YIELD – 2017 (bu/acre) | YIELD – 2018 (bu/acre) | 6 YEAR AVERAGE (bu/acre) | % CHANGE |
---|
Active FLOWER | 49.5 | 63.1 | 48.0 | 38.8 | 59.3 | 40.85 | 56.7 | 9 |
---|
SOYBEAN • 6 YEAR AVERAGE YIELD DATA *
Treatment | YIELD – 2013 (bu/acre) | YIELD – 2014 (bu/acre) | YIELD – 2015 (bu/acre) | YIELD – 2016 (bu/acre) | YIELD – 2017 (bu/acre) | YIELD – 2018 (bu/acre) | 6 YEAR AVERAGE (bu/acre) | % CHANGE |
---|
Control | 68.0 | 10.1 | 60.6 | 68.7 | 38.3 | 42.0 | 48.0 | 0 |
---|
Treatment | YIELD – 2013 (bu/acre) | YIELD – 2014 (bu/acre) | YIELD – 2015 (bu/acre) | YIELD – 2016 (bu/acre) | YIELD – 2017 (bu/acre) | YIELD – 2018 (bu/acre) | 6 YEAR AVERAGE (bu/acre) | % CHANGE |
---|
Active FLOWER | 74.0 | 20.8 | 61.9 | 72.1 | 46.5 | 44.6 | 53.3 | 11 |
---|
PEAS • 3 YEAR AVERAGE YIELD DATA *
Treatment | YIELD – 2016 (bu/acre) | YIELD – 2017 (bu/acre) | YIELD – 2018 (bu/acre) | 3 YEAR AVERAGE (bu/acre) | % CHANGE |
---|
Control | 51.8 | 54.5 | 35.0 | 47.0 | 0 |
---|
Treatment | YIELD – 2016 (bu/acre) | YIELD – 2017 (bu/acre) | YIELD – 2018 (bu/acre) | 3 YEAR AVERAGE (bu/acre) | % CHANGE |
---|
Active FLOWER | 56.0 | 56.9 | 37.0 | 50.0 | 6.2 |
---|
LENTILS • 3 YEAR AVERAGE YIELD DATA *
Treatment | YIELD – 2016 (bu/acre) | YIELD – 2017 (bu/acre) | YIELD – 2018 (bu/acre) | 3 YEAR AVERAGE (bu/acre) | % CHANGE |
---|
Control | 10.4 | 19.8 | 22.0 | 17.0 | 0 |
---|
Treatment | YIELD – 2016 (bu/acre) | YIELD – 2017 (bu/acre) | YIELD – 2018 (bu/acre) | 3 YEAR AVERAGE (bu/acre) | % CHANGE |
---|
Active FLOWER | 11.8 | 23.8 | 24.0 | 20.0 | 14.4 |
---|
POTATO • 2 YEAR AVERAGE YIELD DATA *
Treatment | YIELD – 2018 (CWT) | YIELD – 2019 (CWT) | 2 YEAR AVERAGE (CWT) | % CHANGE |
---|
Control | 253.1 | 274.8 | 264.0 | 0 |
---|
Treatment | YIELD – 2018 (CWT) | YIELD – 2019 (CWT) | 3 YEAR AVERAGE (bu/acre) | % CHANGE |
---|
Active FLOWER | 266.9 | 305.4 | 286.2 | 8.4 |
---|
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