Studies
Below is a list of each and every strain of bacteria and fungi found in Living Water. These strains have been extensively studied by third party industry professionals and major universities to show the effectiveness of each strain and it’s productivity on the soil and enhancement of plant growth.
Bacteria and Fungal Strain Legend:
Click on the bacterial or fungal strain button below and it will take you to all available studies for that specific strain.
AZOSPIRILLUM
AZOSPIRILLUM
Study: Abiotic Stress Tolerance |
Science Direct
AZOSPIRILLUM
Study: Nitrogen-Fixing Bacteria to improve Agricultural Productivity |
Brazillian Biotechnology Society
AZOSPIRILLUM
Study: Inoculation With Azospirillum |
Science Direct
AZOSPIRILLUM LIPOFERUM
Study: Drought Relief and Plant Growth |
Science Direct
AZOSPIRILLUM
Study: Benefits Beyond Biological Nitrogen Fixation |
Springer Open Access
AZOSPIRILLUM
Study: Plant Growth and Root Systems |
World Wide Science.org
AZOSPIRILLUM LIPOFERUM
Study: Inoculation of Cereals |
Science Direct
BACILLUS
BACILLUS is probably the most well known and promising bacteria for plant growth promotion (PGP) without harmful side effects. As an excellent agent for biofertilizer and biocontrol in agriculture. PGP mechanisms of BA have been studied extensively. BACILLUS is able to dissolve phosphate rocks to release phosphorous and make it available to plant roots. Plants in soil inoculated with Bacillus showed superior plant development in stem height, stem diameter and leaf area over plants in soils without inoculation.
BACILLUS AMYLOLIQUEFACIENS
Study: Improving Nitrogen Supply |
Science Direct
BACILLUS
Study: Plant Growth & Stress Resilience |
MDPI – Open Journal
BACILLUS FIRMUS
Study: Decrease in Plant Parasitic Nematode Populations |
Science Direct
BACILLUS LICHENIFORMIS
Study: Biomineralization and Bioremediation |
National Center for Biotechnology Information
BACILLUS MEGATERIUM
Study: Innoculation of Bacillus on Growth |
College of Agriculture, University of Al-Qadisiyah, Irag
BACILLUS PUMILIUS
Study: Promote Plant Growth and Nitrogen Uptake |
Frontiers
BACILLUS SUBTILIS
Study: Impact on Plant Grow, Soil Health & Environment |
Journal of Applied Microbiology
BACILLUS SUBTILIS
Study: Plant Growth and Stress Resilience |
MDPI – Open Journal
BACILLUS AMYLOLIQUEFACIENS
Study: Biofertilizer and Biocontrol |
National Library of Medicine
BACILLUS FIRMUS
Study: Promotion of Plant Growth and Impairment of Infection |
Scientific Reports
BACILLUS LICHENIFORMIS
Study: Prolonged Growth |
National Center for Biotechnology Information
BACILLUS LICHENIFORMIS
Study: Effect on Crop Growth, Plant Diseases and Pesticide Degradation |
Dora Agri-Tech
BACILLUS MEGATERIUM
Study: Promote Growth and Control Disease |
National Center for Biotechnology Information
BACILLUS PUMILIUS
Study: Use as a Biofertilizer |
MDPI – Open Journal
BACILLUS SUBTILIS
Study: Enhancement of Crop Production and Soil Health |
Journal of Applied Microbiology
BRADYRHIZOBIUM
BRADYRHIZOBIUM
Study: Nitrogen Fixing Nodules |
Science Direct
BRADYRHIZOBIUM
Study: Nitrogen Nodulation |
Springer Link
BRADYRHIZOBIUM
Study: Bringing Nitrogen to Plant Root Zones |
BMC Plant Biology
BRADYRHIZOBIUM JAPONICUM
Study: Peat Inoculant for Soybeans |
Iowa State University
GLOMUS
GLOMUS is known to help improve crop yield under stress conditions and improve plant growth under flooding conditions. Also promotes uptake of plant minerals and nutrients.
GLOMUS CLARUM
Study: Improvements in Growth and Nutrition |
Taylor and Francis
GLOMUS DESERTICOLA
Study: Drought Tolerance |
American Society of Microbiology
GLOMUS FASCICULATUM
Study: Root Colonization and Plant Growth |
Vani, M.S. Hindumathi, A & Reddy, B.N. Etal
GLOMUS INTARADICES
Study: Plant-Microbe Interaction (soil remediation) |
Science Direct
GLOMUS MICROAGGREGATUM
Study: Use in Agriculture |
Wikipedia
GLOMUS MONOSPORUM
Study: Growth Response to Inoculation |
Springer
GLOMUS MOSSAE
Study: Plant Development and Nutrient Uptake |
Frontiers Open Science Platform
GLOMUS CLARUM
Study: Plant Growth and Nutrition |
Taylor and Francis
GLOMUS DESERTICOLA
Study: Increase in Growth Rates and Drought Tolerance |
ResearchGate
GLOMUS FASCICULATUM
Study: Alleviate Effects of Heavy Metals in Soils |
Science Direct
GLOMUS INTARADICES
Study: Bringing Water & Nutrients to Plants |
AGTIV
GLOMUS MONOSPORUM
Study: Mitigating Salt Stress |
ResearchGate
GLOMUS MOSSAE
Study: Growth and Photosynthesis |
Frontiers Open Science Platform
PAENIBACILLUS
PAENIBACILLUS is primarily known for it’s biological nitrogen fixing properties and phosphate solubilization, inducing plant resistance to diseases by furnishing nutrients.
PAENIBACILLUS
Study: Plant Growth and Development |
Science Direct
PAENIBACILLUS DURUM
Study: Fix Atmospheric Nitrogen |
Springer Link
PAENIBACILLUS POLYMYXA
Study: Plant Growth Promotion |
Science Direct
PAENIBACILLUS
Study: Promotion of Crop Growth via Nitrogen Fixation |
BMC Research
PAENIBACILLUS POLYMYXA
Study: Plant Growth Promotion and Production of Antibiotics |
Frontiers Open Science Platform
PENICILLIUM
PENICILLIUM
Study: Promotion of Plant Growth and Phosphate Uptake |
Mycobiology
PENICILLIUM
Study: Phosphate Solubilizing Capacity and Endophytic Properties |
Department of Biotechnology and Bioengineering, Mexico
PENICILLIUM BILAII
Study: Phosphate Solubilizing and Plant Growth |
National Library of Medicine
PENICILLIUM
Study: Phosphate Solubilizing and Plant Growth |
Canadian Journal of Microbiology
PENICILLIUM BILAII
Study: Enhance Phosphorus Uptake |
Springer Open
PISIOLITHUS
Why is PISIOLITHUS important? It produces a positive effect on plant performance to include shoot growth, better photosynthetic capacity and mineral nutrient acquisition.
PISIOLITHUS TINCTORIUS
Study: Beneficial Role on Host Plants |
Science Direct
PISIOLITHUS TINCTORIUS
Study: Effect on Plant Height, Shoot Biomass and Root Growth |
World Wide Science .Org
PSEUDOMONAS
What is the primary function of PSEUDOMONAS? Removal of pollutants from soils. Nutrient mobilization to plants, prevention of pathogen development and plant growth promoting.
PSEUDOMONAS
Study: Plant Growth Promotion and Biocontrol |
Madras Agricultural Journal
PSEUDOMONAS
Study: Micronutrient Availability to Plants |
Elsevier – Microbial Science Research
PSEUDOMONAS CHLORORAPHIS
Study: Controlling Fungi that Attack Crop Roots |
Environmental Protection Agency
PSEUDOMONAS FLUORESCENS
Study: Plant Growth Promotion |
Taylor and Francis
PSEUDOMONAS PUTIDA
Study: Plant Growth Promoting Properties |
Science Direct
PSEUDOMONAS
Study: Micronutrient Availability to Plants |
Microbial Science Research
PSEUDOMONAS CHLORORAPHIS
Study: Control of Plant Pathogens, Nematodes and Insects |
Science Direct
PSEUDOMONAS FLUORESCENS
Study: Soil Fitness and Bioremediation |
BMC Microbiology
PSEUDOMONAS PUTIDA
Study: Promotes Plant Growth |
Science Direct
RHIZOPOGAN
RHIZOPOGAN
Study: Facilitating Nutrient and Water Uptake |
Journal of Arboriculture
RHIZOPOGAN
Study: Nutrient and Water Uptake |
BioStim
RHIZOPOGAN FULVIGLEBA
Study: Building Soil Microbes |
University of Vermont
RHIZOPOGAN VILLOSULLUS
Study: Stimulators for Enhancing Vine Health |
Pennsylvania Department of Agriculture
RHIZOPOGAN
Study: Plant Growth and Root Development |
Springer Brazillian Journal of Microbiology
RHIZOPOGAN AMYLOPOGON
Study: Nutrient Delivery to Root Zones |
Wikipedia
RHIZOPOGAN LUTEOLUS
Study: Improve Tree Growth |
Mindat.org
STREPTOMYCES
STREPTOMYCES
Study: Plant Growth Promotion |
Oxford Academic
STREPTOMYCES
Study: Decomposition of Organic Matter |
Encylopedia Britannica
STREPTOMYCES LYDICUS
Study: Alleviates Foliar Disease |
Frontiers Open Science Platform
STREPTOMYCES
Study: Biocontrol and Plant Growth-Promoting Activities. |
Springer Applied Microbiology
STREPTOMYCES GRISEUS
Study: Plant Protection |
Wiley Online Library
TRICHODERMA
What is Trichoderma known for? Applications in biocontrol and bioremediation. Known to enhance plant growth and biological control of pathogens. Also reduce the severity of various diseases
TRICHODERMA
Study: Plant Growth and Plant Communication |
Nature Reviews Microbiology
TRICHODERMA
Study: Biocontrol Agent Against Pathogens |
Frontiers Open Science Platform
TRICHODERMA REESEI
Study: Plant Development |
Science Direct
TRICHODERMA VIRIDE
Study: Biocontrol Agent and Plant Growth Promotion |
Science Direct
TRICHODERMA
Study: Growth Promotion and Plant Protection |
MDI – Open Journal
TRICHODERMA HAMATUM
Study: Control Plant Pathogens |
MDPI – Open Journal
TRICHODERMA HARZIANUM
Study: Improve Soil Health |
Science Direct
TRICHODERMA VIRIDE
Study: Biocontrol Agent Protecting Plants |
Mold Busters