01 / GENETIC LEVEL
Genetic Diversity
Variation within crops, livestock and other agricultural species provides the biological foundation for adaptation and resilience.
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THE SCIENCE OF AGRICULTURAL DIVERSITY
The Living Foundation of Sustainable Agriculture
Explore the extraordinary diversity of genes, crops, animals, microorganisms and ecosystems that sustain agricultural systems and shape the future of food and biotechnology research.
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🧬 Genetic Diversity
🌾 Crop Species
🌍 Ecosystems
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UNDERSTANDING AGROBIODIVERSITY
Agriculture is more than what we grow.
Agrobiodiversity encompasses the immense variety of plants, animals, microorganisms, genes and ecosystems that interact within agricultural environments.
02 / SPECIES LEVEL
Species Diversity
Different plants, animals and microorganisms contribute complementary functions to productive agricultural systems.
03 / ECOSYSTEM LEVEL
Ecosystem Diversity
Agricultural landscapes connect soils, crops, livestock, pollinators and surrounding ecosystems into dynamic biological networks.
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3
Levels of Diversity
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Biological Interactions
DNA
Genetic Information
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Living Systems
01
Genetic diversity
GENETIC DIVERSITY
Diversity begins within the genome.
Genetic diversity describes the variation found within populations and species. In agriculture, this variation contributes to the ability of biological systems to adapt to changing environmental conditions.
Modern molecular biology and genomic research allow scientists to investigate genetic variation at increasingly detailed scales.
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Crop genetics
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Plant genomics
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Molecular markers
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Genetic variation
SPECIES DIVERSITY
Many species, one agricultural system.
Agricultural environments depend on interactions between crops, livestock, pollinators, microorganisms and surrounding species.
Crops
Diverse crop varieties provide valuable biological resources for agricultural research and production.
Pollinators
Pollinating organisms contribute to interactions that connect plants with surrounding ecosystems.
Livestock
Livestock diversity represents an important component of agricultural biological systems.
Microorganisms
Microbial communities interact with plants, animals and soils throughout agricultural environments.
ECOSYSTEM DIVERSITY
Agriculture exists within ecosystems.
From fields and forests to wetlands and soil environments, agricultural ecosystems contain interconnected biological communities that influence one another.
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Soil Ecosystems
Soil contains complex communities of microorganisms, organic matter, minerals and living organisms.
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Crop Landscapes
Agricultural landscapes combine crops, soil organisms, insects, animals and surrounding vegetation.
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Natural Ecosystems
Natural habitats surrounding agricultural areas can contribute biological resources and ecological interactions.
SOIL BIODIVERSITY
An invisible biological network.
Soil is one of the most biologically complex components of agricultural ecosystems.
Microorganisms, roots, organic matter and soil organisms form interconnected networks that influence nutrient cycling, biological interactions and plant environments.
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Microbes
Roots
Fungi
Nutrients
Soil
AGRICULTURAL RESILIENCE
Biodiversity and changing environments.
Biological diversity provides a broad research framework for understanding how agricultural systems respond to environmental variation and changing conditions.
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Variation
Genetic and species variation creates diverse biological characteristics within agricultural systems.
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Adaptation
Biological populations can respond differently to changing environmental conditions.
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Interactions
Species and microorganisms interact across interconnected agricultural environments.
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Research
Genomics, molecular biology and biotechnology provide tools for studying these complex systems.
BIODIVERSITY CHALLENGES
Understanding what threatens diversity.
Studying biological diversity also requires understanding the factors that influence agricultural ecosystems and genetic resources.
Habitat Change
Changes in landscapes can influence biological communities and ecosystem interactions.
Genetic Erosion
Reduced genetic variation can affect the diversity of biological resources available for research.
Environmental Change
Environmental variation can influence species distribution and biological interactions.
Loss of Species
Changes in biological communities can alter interactions throughout agricultural ecosystems.
CONSERVATION
Preserving biological diversity for future research.
Plant Resources
Conserving diverse plant varieties maintains valuable biological resources for agricultural research.
Genetic Resources
Genetic diversity provides material for studying variation, traits and biological adaptation.
Ecosystems
Protecting diverse ecosystems helps preserve complex biological interactions and ecological processes.
BIOTECHNOLOGY & RESEARCH
Technology helps us read biological diversity.
Modern biotechnology provides researchers with tools to investigate genes, microorganisms, plants, animals and ecosystems at molecular and cellular levels.
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Genomics
Study genetic variation and biological information across agricultural species.
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Molecular Biology
Investigate biological mechanisms using advanced molecular research techniques.
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Microbiome Research
Explore microbial communities and their interactions with plants, animals and soils.
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Bioinformatics
Analyze biological datasets to investigate complex relationships and patterns.
FROM SAMPLE TO KNOWLEDGE
Exploring biodiversity through research.
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Sample
Plants, soil, microorganisms or biological material.
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Analyze
Molecular, genomic and biological analysis.
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Sequence
Generate biological and genomic datasets.
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Interpret
Connect biological data with research questions.
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Discover
Build new knowledge about agricultural diversity.
EXPLORE THE SCIENCE
Discover the science behind agrobiodiversity.
Explore the genetic, species and ecosystem diversity that forms the foundation of agricultural biology and modern biotechnology research.
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