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Welcome to Landrace.Wiki

The definitive reference for landrace cannabis genetics, cultivation and conservation. Landrace cannabis represents the original, pure genetic foundations of Cannabis before modern hybridization. These ancient varieties evolved naturally in their native environments over thousands of years, shaped by local climate, soil and traditional cultivation practices. Each landrace tells the story of both the plant's adaptation and the cultures that stewarded these genetics through generations. This wiki serves as a comprehensive repository for preserving the knowledge, genetics, and cultural heritage of these irreplaceable cannabis populations from around the world.

Theory

Everything from the basics to high level thinking for all the Cannabis nerds. Dive deep into the scientific foundations that make landrace cannabis unique. From basic plant biology to advanced genetic concepts, this section covers the theoretical knowledge needed to understand what makes these varieties special and how they've evolved over millennia.

What is landrace Cannabis? - Plant structure, morphology, and biological systems Cannabis Botany - Plant structure, morphology, and biological systems Genetics & Breeding - Population genetics, heredity, and landrace characteristics Biochemistry - Cannabinoids, terpenes, and chemical profiles Taxonomy - Classification systems and nomenclature Research Methods - Field collection, analysis, and documentation techniques

Geography

Here you can find all of the information related to the geography of landrace cannabis. Geography is destiny for landrace cannabis. Each region's unique combination of latitude, altitude, climate and soil has shaped distinct genetic populations. Explore how environmental pressures and human selection created the incredible diversity we see in traditional cannabis varieties.

Regional Overviews

Explore landrace cannabis populations from their native regions around the world:

Southeast Asia - Thailand, Laos, Cambodia, Vietnam, Myanmar, Phillipines & Indonesia South Asia - India, Nepal, Bangladesh, Bhutan, Sri Lanka, Pakistan & Afghanistan Central Asia - Uzbekistan, Kyrgyzstan, Kazakhstan & Russia East Asia - China, North Korea, South Korea, Russia Japan & Taiwan Middle East - Iran, Iraq, Syria, Turkey, Lebanon & Egypt Caucasus - Iran, Iraq, Syria, Turkey & Lebanon Maghreb - Morocco, Algeria & Tunisia Central Africa - North Sudan, South Sudan East Africa - Ethiopia, Kenya Southern Africa - Malawi, Congo, Swaziland, Lesotho, Angola & South Africa West Africa - Ghana, Mali, Nigeria North America - Mexico Central America - Panama Caribbean - Jamaica, Trinidad & Tobago, St Kitts & Nevis, Antigua, Grenada & Antigua South America - Colombia, Brazil, Peru & Uruguay Indian Ocean - Madagascar & Reunion Oceania - Papua New Guinea

Environmental Factors

Understanding how environment shapes cannabis genetics:

Terroir & Climate - How environment shapes genetics Altitude Effects - Highland vs lowland adaptations Soil & Geology - Regional growing conditions

Growing

Traditional cultivation wisdom meets modern understanding. Learn the time-tested methods that have preserved these genetics for generations, from ancient planting rituals to seasonal harvest practices. Discover how traditional growers worked with nature's rhythms to maintain genetic purity and adapt varieties to local conditions.

Traditional Methods - Regional cultivation practices Seasonal Cycles - Planting, harvesting, processing Preservation Techniques - Seed storage and genetic conservation Modern Considerations - Adapting traditional methods

History

The human story behind the genetics. Cannabis and humanity have co-evolved for thousands of years. Explore the rich cultural heritage, trade networks, and traditional uses that shaped these varieties. Understanding this history is crucial for appreciating the cultural significance and genetic value of landrace populations.

Domestication - Prehistory - Ancient History - Colonial History - Modern History - Cannabis History by Country -

Research

Documenting genetics and traditional knowledge through scientific investigation. The race is on to scientifically document landrace genetics and cultivation practices before they're lost forever. Follow ongoing expeditions and research efforts working to catalog this incredible genetic diversity while it still exists in its native environments.

Field Expeditions - Ongoing collection and documentation Publications - Scientific literature and reports

Conservation

Preserving irreplaceable genetic heritage for future generations. Many landrace populations face extinction due to modernization, prohibition, and genetic pollution from hybrid varieties. Learn about conservation efforts and the critical work being done to safeguard these ancient genetics.

Basics - Basics of Landrace Cannabis Conservation Conservation Status - Threatened populations and preservation efforts

Sourcing

Finding authentic landrace genetics in the modern world. With so much genetic pollution and mislabeling in today's market, sourcing true landrace genetics requires knowledge and careful verification. Learn how to identify legitimate sources and avoid the countless fake "landrace" offerings.

Basics - How to source landrace Cannabis or Landrace Cannabis Seeds

Community

Share your experiences and contribute to landrace preservation. Connect with fellow enthusiasts, researchers, and cultivators. Share your experiences with authentic landrace genetics, contributing valuable data to our collective understanding of these unique varieties and their preservation.

Accessions - Share your landrace cannabis accession documentation here Grow Reports - Share your landrace grow reports here Smoke Reports - Share your landrace smoke reports here

About This Wiki

This wiki documents landrace cannabis varieties from across Asia and their traditional cultivation practices. Our goal is to preserve knowledge of these genetically unique populations and the cultures that have stewarded them. Every landrace variety represents thousands of years of evolution and cultural heritage. By documenting and preserving this knowledge, we honor both the plant and the people who have maintained these genetics through countless generations.