Microscopic organisms are as important to plant growth as water and light. Microbe Science for Gardeners highlights the essential role of microbes in plant biosystems and health, provides practical how-to gardening advice for enhancing plant microbiomes and preventing disease, and debunks common gardening myths.
Microscopic organisms are as important to plant growth as water and light. Microbe Science for Gardeners highlights the essential role of microbes in plant biosystems and health, provides practical how-to gardening advice for enhancing plant microbiomes and preventing disease, and debunks common gardening myths.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Robert Pavlis is a Master Gardener with over 45 years' experience in the art and science of horticulture, with a particular focus on soil chemistry and health. He is the owner and developer of Aspen Grove Gardens, a 6-acre botanical garden featuring 3,000 varieties of plants. A sought-after speaker, and lecturer, Robert has published many articles in magazines such as Mother Earth News and Ontario Gardening. He maintains two widely read blogs - gardenfundamentals.com and gardenmyths.com - and a popular YouTube channel with tens of thousands of subscribers. Robert is the author of Compost Science for Gardeners, Plant Science for Gardeners, Soil Science for Gardeners, and Building Natural Ponds. He lives in Guelph, Canada.
Inhaltsangabe
1. Introduction Why Learn About Microbes? Terms Used in This Book 2. The World Under a Microscope Microbes by the Numbers Microbes Are Important to Plants Microbes Can Harm Plants Gardeners Affect Microbes How Do Microbes Move Around? How Much Do We Really Know? 3. Bacteria How Do Bacteria Eat? Where Do Bacteria Live? Life Cycle of Bacteria Nitrogen-Fixing Bacteria 4. Fungi What do Fungi Eat? Where Do Fungi Live? Life Cycle of Fungi Pathogenic Fungi Mycorrhizal Fungi 5. Yeast Life Cycle of Yeast Yeast-Plant Interactions Yeast in Hellebore Nectar Yeast Creates Alcoholics Yeast on Leaves Yeast in Soil A Bioindicator of Air Quality A Possible Solution to Plastic Pollution 6. Nematodes 7. Protozoa Life Cycle of Protozoa Nutrient Cycling Protozoa-Plant Interactions Plant Diseases 8. Viruses Viruses in Soil Life Cycle of a Virus The Spread of Viruses Virus Infection of Microbes Virus Infection of Plants Rapid Mutation Beneficial Interaction with Plants 9. More Microbes Archaea Actinomycetes Cyanobacteria Algae 10. Microbe Communities Microbe Communities and Microbiomes Signaling Between Microbes Microbes Attack Microbes Mycorrhizal Interactions Lichens 11. Plants Love Microbes Nutrient Availability The Phyllosphere Rhizosphere Rhizophagy Cycle Seed Microbiome 12. Manipulating Microbes Fungal-to-Bacterial Ratio Effect of Agriculture Biodiversity 13. Bioinoculants for the Garden Bioinoculants for Seeds Bioinoculants as a Foliar Spray Bioinoculants for Soil Microbes Are No Longer Living Should Gardeners Use Commercial Bioinoculants? Compost Tea 14. Pathogens You Suspect a Disease-What Now? List of Plant Diseases Fighting Plant Diseases Commercial Pesticides Human Diseases Endnotes Index About the Author Also by the Author About New Society Publishers
1. Introduction Why Learn About Microbes? Terms Used in This Book 2. The World Under a Microscope Microbes by the Numbers Microbes Are Important to Plants Microbes Can Harm Plants Gardeners Affect Microbes How Do Microbes Move Around? How Much Do We Really Know? 3. Bacteria How Do Bacteria Eat? Where Do Bacteria Live? Life Cycle of Bacteria Nitrogen-Fixing Bacteria 4. Fungi What do Fungi Eat? Where Do Fungi Live? Life Cycle of Fungi Pathogenic Fungi Mycorrhizal Fungi 5. Yeast Life Cycle of Yeast Yeast-Plant Interactions Yeast in Hellebore Nectar Yeast Creates Alcoholics Yeast on Leaves Yeast in Soil A Bioindicator of Air Quality A Possible Solution to Plastic Pollution 6. Nematodes 7. Protozoa Life Cycle of Protozoa Nutrient Cycling Protozoa-Plant Interactions Plant Diseases 8. Viruses Viruses in Soil Life Cycle of a Virus The Spread of Viruses Virus Infection of Microbes Virus Infection of Plants Rapid Mutation Beneficial Interaction with Plants 9. More Microbes Archaea Actinomycetes Cyanobacteria Algae 10. Microbe Communities Microbe Communities and Microbiomes Signaling Between Microbes Microbes Attack Microbes Mycorrhizal Interactions Lichens 11. Plants Love Microbes Nutrient Availability The Phyllosphere Rhizosphere Rhizophagy Cycle Seed Microbiome 12. Manipulating Microbes Fungal-to-Bacterial Ratio Effect of Agriculture Biodiversity 13. Bioinoculants for the Garden Bioinoculants for Seeds Bioinoculants as a Foliar Spray Bioinoculants for Soil Microbes Are No Longer Living Should Gardeners Use Commercial Bioinoculants? Compost Tea 14. Pathogens You Suspect a Disease-What Now? List of Plant Diseases Fighting Plant Diseases Commercial Pesticides Human Diseases Endnotes Index About the Author Also by the Author About New Society Publishers
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