Proven worldwide for more than four decades, Agrispon is a natural, easy-to use and cost-efficient biostimulant that dramatically improves plant performance and/or yield. Derived from plant and mineral extracts this liquid concentrate is effective in any climate suitable for plant growth. It performs especially well where there is stress due to soil or weather conditions.

AGRISPON enhances root zone activity

Agrispon increases the populations of beneficial microorganisms which can significantly improve soil nutrient supply to roots. For instance, key plant macro nutrients such as nitrogen, sulphur and phosphorus all require microorganisms in the root zone to make them more available to the plant. Many agronomic practices, however, suppress these organisms and hence limit the nutrient supply to the roots, even in situations where adequate fertilizer has been applied. Such is the dependency of the root and soil ecosystem on soil micro-organisms. Root building phosphorus, in particular, is dependent on microbes for its release into the soil, especially in low or high pH soils.

The use of Agrispon in plant fertility programs has led in many crop systems to large improvements in the efficiency of utilization of nutrients such as nitrogen and hence a concomitant reduction in application rate. The use of Agrispon in plant fertility programs has led in many crop systems to large improvements in the efficiency of utilization of nutrients such as nitrogen and phosphorus. Another benefit of increased microorganism activity is improved soil structure.

AGRISPON improves soil structure

This, in turn, improves aeration, as well as water infiltration and percolation. The resultant increase in water intake limits runoff and soil erosion so that more nutrients and moisture are available to the plant. In addition, well structured soil with adequate nutrients helps plants withstand the rigors of environmental stress.

AGRISPON increases profits by reducing costs

Not only does Agrispon enhance plant performance and/or yield, it is also economical to use. In fact, the very low application cost per acre makes it one of the most cost-effective biostimulants available. Furthermore, Agrispon can be applied using virtually all liquid application equipment. Equally important, it is compatible with most liquid fertilizers and most other tank mixed materials.

AGRISPON works in the soil so that the soil works

The soil is your primary long-term asset and Agrispon helps build this asset. Agrispon helps enhance nutrient availability and soils structure without a negative environmental impact. These combined actions help plants obtain applied nutrients and water more efficiently, thus improving their performance as well as their ability to withstand environmental stresses.

Overall the multiple benefits of Agrispon in integrated plant management systems ensure the continued productivity of your soil from one generation to the next.

AGRISPON IS SAFE

Agrispon has undergone extensive scrutiny of the EPA. Agrispon has been registered as a class IV compound, the safest category available. Agrispon carries no residue tolerance restriction

 

  • BARLEY
    RIGHT: AGRISPON TREATED
  • BARLEY
    UNTREATED
  • BARLEY
    AGRISPON TREATED
  • BARLEY
  • BARLEY
  • BEANS
    Pinto beans
  • BEANS
    GERMINATION, Pinto Bean
  • BEANS
    Effect of AGRISPON SEED TREATMENT on beans: 8 days after planting the containers were dug out of soil.
  • CABBAGE
    RIGHT: AGRISPON TREATED
  • CABBAGE
  • CITRUS: GRAPEFRUIT
    UNTREATED
  • CITRUS: GRAPEFRUIT
    AGRISPON TREATED
  • CITRUS: GRAPEFRUIT
    Limbs of Agrispon treated trees are weighed down with fruit
  • CITRUS: GRAPEFRUIT
    Agrispon treated trees demonstrated less frost damage
  • CITRUS: LEMON
    RIGHT: AGRISPON TREATED
  • CITRUS: LEMON
    RIGHT: AGRISPON TREATED
  • CITRUS: LEMON
    RIGHT: AGRISPON TREATED
  • CORN
    RIGHT: AGRISPON TREATED
  • COTTON
    RIGHT: AGRISPON TREATED
    Drought conditions
  • COTTON
    UNTREATED
  • COTTON
    AGRISPON TREATED
  • COTTON
  • COTTON
  • FLOWERS
    LEFT: AGRISPON
  • GRAPE
    4-year plants were treated with 4 foliar applications of 1-liter per hectare (1 gallon/10 acres). First application was made when the berries were 3 mm in diameter, subsequent applications at 9 day intervals.
  • GRAPE
    Note that the treated plants were harvested early due to the early development and uniformity.
    Photo: 129 days after first application.
  • GRAPE
    LEFT: UNTREATED - lack of uniform maturity.
    RIGHT: AGRISPON TREATED - bunches with great berries and uniform maturity.
    129 days after first application.
  • GRAPE
    TOP: UNTREATED
    Weakening of the plant from depletion of nutrients leaving next active flowering bud at number 12 from the stem.
  • GRASS: BERMUDA
    RIGHT: AGRISPON TREATED
  • GRASS: BERMUDA
    UNTREATED
  • GRASS: BERMUDA
    AGRISPON TREATED
  • GRASS: BERMUDA
    BOTTOM: AGRISPON TREATED
  • ONION
  • ONION
    UNTREATED
  • ONION
    AGRISPON TREATED
  • PEPINO
    UNTREATED plants planted 5 days prior to AGRISPON treated plants
    Pepino (Solanum muricatum) is species of evergreen shrub native to South America and grown for its sweet edible fruit.
  • PEPINO
    AGRISPON treated plants were planted 5 days after untreated plants
  • PEPINO
    Note the difference in sizes of the plants
  • RICE
    UNTREATED
  • RICE
    AGRISPON TREATED
    Uniformity in flowering and grain formation. Fertilization at tillering and prebloom, total of 300N - 120P - 150K. Agrispon application immediately after each fertilization, first application at 250ml per hectare, second at 500 ml per hectare.
  • RICE
    UNTREATED
    Suffers from wind damage.
  • RICE
    AGRISPON TREATED
    Agrispon treated rice shows uniformity in flowering and grain formation, no wind damage.
  • RICE
    LEFT: UNTREATED
    RIGHT: AGRISPON TREATED
  • RICE
    UNTREATED
  • RICE
    AGRISPON TREATED
    Note the uniformity and increased tillering on the Agrispon treated plants. Agrispon treatment 15 days earlier.
  • RICE
    UNTREATED
    Untreated rice is damaged due to strong wind. Agrispon of the same age in next photo.
  • RICE
    AGRISPON TREATED
    30 days after Agrispon treatment the rice has good production with strong plants
  • RICE
    BOTTOM: AGRISPON TREATED
    15 days after treatment
  • ROOT
    Left: AGRISPON water & Dip - Plant soaked in AGRISPON for 30 seconds and then placed in container of water with 1 teaspoon of AGRISPON
    Center: AGRISPON + Seaweed - Plant placed in container of water and 1 teaspoon of AGRISPON + seaweed extract
    Right: Water
  • ROOT
    LEFT: AGRISPON water & Dip - plant soaked in AGRISPON for 30 seconds and then placed in container of water with 1 teaspoon of AGRISPON
    CENTER: AGRISPON + Seaweed - Plant placed in container of water and 1 teaspoon of AGRISPON + seaweed extract
    RIGHT: Water
  • ROOT
    Left: AGRISPON water & Dip - Plant soaked in AGRISPON for 30 seconds and then placed in container of water with 1 teaspoon of AGRISPON
    Center: AGRISPON + Seaweed - Plant placed in container of water and 1 teaspoon of AGRISPON + seaweed extract
    Right: Water
  • SOIL
    Untreated: 100 meters from Agrispon treated field
    Agrispon: Eight years of Agrispon treatement
  • SUGARCANE
    Agrispon applied at 500 ml per hectare (1 gallon/20 acres) to a field that had been planted 45 days earlier.
  • SUGARCANE
    LEFT: UNTREATED
    RIGHT: AGRISPON TREATED
  • SUGARCANE
  • WHEAT
    BOTTOM: AGRISPON TREATED
    Larger number of tillers
  • WHEAT
    RIGHT: AGRISPON TREATED
Barley Beans Cabbage Citrus
Corn Cotton Flowers Grape
Grass Onion Pepino Rice
Root Soil Sugarcane Wheat
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