Shortstop 2SC


 

 

 

Same great formulation – now made in the USA!

Systemic plant growth regulator that slows above ground vegetative growth – reducing pruning and enhancing fine root hair growth.

Ingredients:
Active Ingredient: Paclobutrazol 22.3%
Other Ingredients: 77.7%

1 2SC Gallon – (040-1100)
1 gallon case of 4 -(040-1110)
*1 gallon treats approximately 52 trees (10″ DBH) at the medium rate.

Shortstop 2SC Label

Shortstop Ready-to-Use Rate Chart

Shortstop 2SC SDS

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  • Product Details

      Shortstop is a systemic plant growth regulator that slows above ground vegetative growth by inhibiting gibberellin biosynthesis for use on trees. Shortstop is most effective when applied to the soil near the base of the tree either by soil injection or with basal soil drench.

      Benefits of Shortstop Applications

      Redistributed Energy

      Rather than expending energy on top growth, trees increase root production, reducing need for pruning and improving drought tolerance.
      Altered Leaf Physiology

      Changes like thicker leaf cuticles, smaller stomata size, and increased leaf hairs help reduce water vaper loss in hot, dry weather and may aid in surviving pest attacks.

      Enhanced Root Hair Growth

      Strong roots mean strong trees; an enhanced root system optimizes translocation of water and nutrients found in the soil, reducing stress and the impact of construction damage.

      Reduced Production of Gibbrellic Acid

      Gibberellic acid is responsible for vegetative growth in plants. Reducing its production results in shorter length between internodes of branches and 80-95% less annual branch growth, meaning less frequent pruning and maintenance.

      Increased Production of Abscisic Acid

      Abscisic acid is an inhibitory plant hormone that reduces transpiration to prevent water loss and reduces enzyme production required for photosynthesis, aiding in drought stress management and top-growth production.

      Increased Production of Chlorophyll

      Chlorophyll allows plants to absorb energy from sunlight and produces green leaves. Increased chlorophyll production results in greater energy optimization and attractive deep green foliage.