A biocontrol composition for phytopathogenic fungi, having Trichoderma harzianum, Clonostachys rosea and an agronomically appropriate vehicle is disclosed. Also disclosed is a method for preventing and controlling fungal diseases in plants, by using the composition on a plant susceptible to developing a fungal infection.

A biocontrol composition for phytopathogenic fungi, having Trichoderma harzianum, Clonostachys rosea and an agronomically appropriate vehicle is disclosed. Also disclosed is a method for preventing and controlling fungal diseases in plants, by using the composition on a plant susceptible to developing a fungal infection.

A biocontrol composition for phytopathogenic fungi, having Trichoderma harzianum, Clonostachys rosea and an agronomically appropriate vehicle is disclosed. Also disclosed is a method for preventing and controlling fungal diseases in plants, by using the composition on a plant susceptible to developing a fungal infection.

A composition for biologically controlling phytopathogenic fungi that pertains to the agricultural biotechnology area, more particularly a composition of bacteria and fungi with different complementary mechanisms of action in the mitigation of phytopathogenic fungi in crops. The composition is a formulation containing Bacillus amyloliquefaciens and Trichoderma harzianum mixed with additives and excipients. Micro-organism Clonostachys rosea can also be added.

A composition for biologically controlling phytopathogenic fungi that pertains to the agricultural biotechnology area, more particularly a composition of bacteria and fungi with different complementary mechanisms of action in the mitigation of phytopathogenic fungi in crops. The composition is a formulation containing Bacillus amyloliquefaciens and Trichoderma harzianum mixed with additives and excipients. Micro-organism Clonostachys rosea can also be added.

A composition for biologically controlling phytopathogenic fungi that pertains to the agricultural biotechnology area, more particularly a composition of bacteria and fungi with different complementary mechanisms of action in the mitigation of phytopathogenic fungi in crops. The composition is a formulation containing Bacillus amyloliquefaciens and Trichoderma harzianum mixed with additives and excipients. Micro-organism Clonostachys rosea can also be added.

The present invention relates to an improved carrier for sustaining microbes, comprising of a composition having a base material with one or more of a clay or mineral, the composition further including a carbon source and a pH modifier. More specifically, an improved biological carrier platform is provided with scientifically customized formulations that provide hospitable environments for a variety of biologicals, including live microbes and bioactive essential oils. The platform offers an inert granular, mineral base in various grind sizes and forms having specific beneficial effects. In addition, present invention also provides the various processes and methods such as providing an improved carrier comprising a base material having one or more of a clay or mineral, the composition further comprising a carbon source and a pH modifier; and loading a microbial inoculant onto the carrier, wherein the microbial inoculant comprises a plurality of microbes.

The present invention relates to an improved carrier for sustaining microbes, comprising of a composition having a base material with one or more of a clay or mineral, the composition further including a carbon source and a pH modifier. More specifically, an improved biological carrier platform is provided with scientifically customized formulations that provide hospitable environments for a variety of biologicals, including live microbes and bioactive essential oils. The platform offers an inert granular, mineral base in various grind sizes and forms having specific beneficial effects. In addition, present invention also provides the various processes and methods such as providing an improved carrier comprising a base material having one or more of a clay or mineral, the composition further comprising a carbon source and a pH modifier; and loading a microbial inoculant onto the carrier, wherein the microbial inoculant comprises a plurality of microbes.

The present invention relates to an improved carrier for sustaining microbes, comprising of a composition having a base material with one or more of a clay or mineral, the composition further including a carbon source and a pH modifier. More specifically, an improved biological carrier platform is provided with scientifically customized formulations that provide hospitable environments for a variety of biologicals, including live microbes and bioactive essential oils. The platform offers an inert granular, mineral base in various grind sizes and forms having specific beneficial effects. In addition, present invention also provides the various processes and methods such as providing an improved carrier comprising a base material having one or more of a clay or mineral, the composition further comprising a carbon source and a pH modifier; and loading a microbial inoculant onto the carrier, wherein the microbial inoculant comprises a plurality of microbes.

Provided herein is a Trichoderma strain designated as TM17 and deposited under accession number NRRL 67984. The Trichoderma strain TM17 and a carrier may be used to make agricultural compositions. Plants comprising the Trichoderma strain TM17 or the agricultural compositions provided herein are also contemplated. Methods for inhibiting the growth of a microorganism on a plant are also provided and may include contacting the plant with an effective amount of the Trichoderma strain TM17 or agricultural compositions including the Trichoderma strain TM17 to inhibit the growth of the microorganism on the plant.