Identify the tissue or organ
Start with anatomy, age, position, tissue boundaries, vascular connections, reproductive structures, and a healthy baseline.
Anatomy →Explore · Rotate · Zoom · Inspect · Learn
The Living Plant Atlas
Study cannabis as a connected living system. Rotate and zoom a high-detail 3D botanical specimen, inspect anatomical regions directly, and connect each visible structure to the deeper plant-science module behind it.
3D anatomy explorer
Learn from the plant itself
Drag to rotate. Scroll or pinch to zoom. Hover a structure to identify it, then click or tap to focus the camera and read what that structure does. Use the module link in the inspector when you want the full lesson.
Specimen mapFocus anatomy
Interactive anatomy
Select a structure
Inspect the 3D plant directly or use the focus controls above. The viewer keeps you in the specimen until you choose to open the detailed module.
Explore all plant systems →Guided anatomy
6 stopsWhole-plant tour
Follow a short route from roots to glandular trichomes. Each stop focuses the same 3D anatomy used by the inspector and ends with a quick learning check.
Checkpoint:
Built for close study: roots, vascular tissues, nodes, leaves, flowers, stigmas, and trichomes stay connected to the scientific lessons that explain how each structure functions.
Explore by scale
Move from architecture to microscopic detail
Start broad, then narrow the question. The Atlas keeps whole-plant structure, organ function, and surface anatomy connected instead of teaching each layer in isolation.
01WHOLE PLANTArchitecture
Follow the main stem, nodes, branches, canopy position, and developmental pattern.
Explore structure → 02ORGAN + TISSUEFunctional anatomyMove into blades, petioles, veins, vascular pathways, stomata, and source-sink function.
Explore tissues → 03MICROSCOPICSurface structuresInspect glandular trichomes, secretory heads, resinous surfaces, and flower-associated detail.
Explore microstructures →Anatomy index
Browse all 32 inspectable structures
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Use this index when a structure is too small or difficult to select precisely in 3D. Every entry stays linked to its owning plant-science system.
Atlas systems
Choose the biological system, not just the symptom
Loading 16 systems…
Loading Atlas systems…
No systems match that search. Try a structure, process, observation, or environmental term.
Accessible system navigator
Explore the same Atlas without the 3D model
Browse all 16 plant-science systems by category. Each branch exposes the system summary, related systems, and a direct module link using native keyboard-accessible controls.
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Accessible anatomy navigator
Explore every system without the 3D model.
This text-first navigator provides the same canonical system routes, relationships and tool connections for keyboard, screen-reader, low-power and WebGL-fallback use.
Scientific media library
Reference plates tied to the systems they actually support.
These visuals are reused only where the anatomy/process relationship is relevant. The Atlas does not insert decorative images simply to fill a media quota.
Systems still awaiting a dedicated scientific visual: Stem & Vascular System · Mineral Nutrition & Ion Transport · Hormones & Plant Signaling · Stress, Defense & Acclimation. Their lesson/system content remains available without substituting an unrelated image.
Compare systems
Study connections without collapsing distinct biology
Place two plant-science systems side by side to compare their functions, measurements, evidence questions, cautions, and connected tools.
Scientific workflow
Structure → function → interaction → evidence
The Atlas connects what a structure is, what it does, what changes its behavior, and what evidence supports or weakens a plant-health explanation.
Connect it to physiology
Ask whether the structure is fixing carbon, transporting water or sugars, exchanging gases, signaling, reproducing, defending, or absorbing.
Physiology →Observe before assigning cause
Map location, distribution, time course, environment, root-zone data, pest evidence, recent changes, and recovery response.
Diagnostics →Deep labs
High-resolution Atlas branches
Use the 3D plant for spatial orientation, then move into dedicated anatomy, physiology, reproductive, and diagnostic modules for detailed study.
Deep lab
Leaf System
Leaf anatomy, stomata, photosynthesis, transpiration, environmental stress, chlorosis, necrosis, curl, nutrient-pattern language, and pest damage.
Open Leaf Lab →Deep labRoot System
Root anatomy, rhizosphere, water uptake, nutrient uptake, root oxygen, dryback, root-zone diagnostics, and root-rot pattern recognition.
Open Root Lab →Deep labFlower Anatomy
Inflorescences, bracts, sugar leaves, stigmas, reproductive surfaces, maturation, and the anatomy that supports resin-rich floral tissue.
Open Flower Lab →Connected atlasTerpene Atlas
Move from glandular trichome anatomy into terpene chemistry, compound families, evidence-backed Cannabis occurrence, sample measurements, aroma descriptors, and cultivar comparisons.
Open Terpene Atlas →Deep labDiagnostics
Pattern language, tissue location, progression, environmental evidence, root-zone context, pests, pathogens, and differential diagnosis.
Open Diagnostic Lab →Study systemStudy Dashboard
Track which of the 16 systems you visited, explicitly mark systems complete, and follow guided paths without confusing study progress with certification.
Open Study Dashboard →Field evidenceObservation Notebook
Record location, pattern, progression, measurements, working differentials, and the next discriminating check before deciding what a symptom means.
Open Observation Notebook →Approved reference visuals
See structures the 3D specimen cannot fully resolve
These approved references complement the 3D model with seed, root-tip, node, reproductive, stomatal, and trichome-scale detail.
Developmental context
The same tissue means different things at different stages
Development changes source-sink relationships, architecture, reproductive priorities, tissue age, water demand, and the meaning of visible symptoms.
1SeedEmbryo protected inside the seed coat.
2GerminationImbibition, radicle emergence, shoot establishment.
3SeedlingCotyledons transition toward true-leaf photosynthesis.
4Vegetative growthRapid leaf, root, stem, node, and branch expansion.
5Flower transitionMeristem identity and source-sink priorities change.
6Reproductive developmentFlowers, pollen, fertilization, seed, and maturation pathways.