Skip to content

Coffee Plant Science MOC

Coffee plant science covers the taxonomy, anatomy, physiology, and biochemistry of the Coffea genus, providing the biological foundation for understanding cultivation, processing, and quality development. The two commercially dominant species — Coffea arabica and Coffea canephora (Robusta) — differ in chromosome structure, pollination biology, caffeine metabolism, and environmental tolerances, and these differences underpin every stage from farm management to cup character. This MOC sits under Coffee Botany and Varietals MOC.

Deep Dives

Article What it covers
Coffee Plant Biology Integrated overview of coffee plant structure and function
Coffee Botany Overview Taxonomy, species classification, and botanical context
Coffea Genus The genus, its diversity, and commercially relevant species
Coffee Species Arabica, Robusta, Liberica, and Excelsa compared
Coffee Plant Anatomy Root, stem, leaf, flower, cherry, and seed structures
Coffee Cherry Structure Layers of the coffee cherry from exocarp to endosperm
Coffee Cherry Cherry development, ripening, and maturation

Taxonomy

Species: Arabica | Coffea | Coffea Genus | Coffee Species

Botany overview: Coffee Botany Overview | Botany & Varietals

Plant Anatomy

Structure: Coffee Plant Anatomy | Coffee Cherry Structure | Coffee Cherry

Bean formation: Peaberry Biology and Formation | Peaberry Coffee

Physiology and Growth

Altitude and environment: Altitude and Coffee Quality | Coffee Growing Requirements | Shade Growing

Cultivation context: Beans, plants & agriculture

Biochemistry

Key compounds: Caffeine | Chlorogenic Acids | Sugars and Carbohydrates | Lipids and Oils

Essential Resources

Books: The Craft and Science of Coffee (Folmer, ed.) · Coffee: A Comprehensive Guide (SCA) · Plant Biology (general reference)

Online: World Coffee Research Variety Catalog · SCA Seed to Cup · CIRAD Coffee Research


Part of Coffeepedia — The Coffee Knowledge Vault


This article is part of All-About-Coffee.com - The comprehensive coffee knowledgebase.

Copyright © Matthew Clairmont 2026