SEP 13, 2018 12:00 PM PDT

Symbiotic Programing of Plants for Stress Tolerance with Fungal Endophytes: Altering the Future of Food Security, Political Stability and Poverty

Speaker
  • CEO, Adaptive Symbiotic Technologies
    Biography
      For the past 25 years Rusty has been a leading expert in plant-fungal symbiosis while effectively managing research laboratories in academic and government institutions. He is a leading expert in plant-fungal symbiosis and is commonly asked to speak at scientific conferences around the globe. Based on his scientific expertise, successes in management and knowledge of the agriculture industry, Rusty was a natural fit for CEO. He provides the great leadership and innovative thinking that keeps us on the leading edge of science in agriculture.

    Abstract

    The greatest need in agriculture this century is to mitigate impacts of abiotic (drought, temperature, salinity) and biotic (pathogens, pests) stresses on crop plants.  Efforts over the last 40 years to generate stress tolerant crops via breeding or genetic modification have not been very fruitful because the underlying strategies assumed plants adapt themselves to stress.  However, plants in high-stress habitats are adapted to environmental stresses only through symbiosis with fungal endophytes. Without the fungal partners, plants are no more adapted to stress than agricultural crops.  Although several biochemical processes have been correlated to plant stress tolerance, few processes correlate with symbiotically conferred stress tolerance.  Symbiotically conferred stress tolerance involves altered plant gene regulation, increased metabolic efficiency, and an increased ability to manage reactive oxygen species. Based on >25 years of research studying how plants in nature adapt to stress, Adaptive Symbiotic Technologies (AST) developed the product line BioEnsure®, a novel seed treatment comprising fungal endophytes that form symbiotic associations with a diverse group of crop plants and confer significant levels of abiotic stress tolerance. Field tests have demonstrated that during periods of high drought, temperature and salinity stress, BioEnsure® increases crop yield as much as 300%.  During growing seasons with little to no stress, BioEnsure® increases yields an average of 3%.   The seminar will cover the science and development of Symbiotic technologies to mitigate the impacts of climate change in agriculture.


    Learning Objectives: 

    1. To learn that all plants in natural ecosystems are symbiotic with microscopic fungi that live entirely within plant tissues.
    2. To understand that plants do not adapt themselves to high stress habitats.  Instead, they establish symbiotic associations with fungal endophytes that confer stress tolerance for optimal fitness and survival.


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    SEP 13, 2018 12:00 PM PDT

    Symbiotic Programing of Plants for Stress Tolerance with Fungal Endophytes: Altering the Future of Food Security, Political Stability and Poverty


    Specialty

    Molecular Biology

    Biology

    Cell Biology

    Research And Development

    Biomarkers

    Biochemistry

    Human Biology

    Genetics

    Gene Expression

    Neuroscience

    Biotechnology

    Microbiology

    Infectious Disease

    Animal Research

    Bacteria Resistant

    Geography

    Asia60%

    North America40%

    Registration Source

    Website Visitors100%

    Job Title

    Student25%

    Educator/Faculty25%

    Research Scientist25%

    Medical Laboratory Technician25%

    Organization

    Academic Institution80%

    Manufacturer - Other20%


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