515 templates · page 5 of 6
Graphviz (DOT) templates
Industry-standard graph language. Excellent for DAGs, dependency graphs, finite automata, phylogenetic-style trees.
Biology — What Determines a Biome
Abiotic factors that shape biomes.
Life SciencesBiology — Nutrient Cycling Overview
How matter cycles through an ecosystem.
Life SciencesChemistry — Mineral Groups
Classifying minerals by chemistry.
Chemistry & PhysicsChemistry — Formation of Fossil Fuels
How coal, oil and gas form over time.
Chemistry & PhysicsPhysics — Formation of the Solar System
The nebular hypothesis.
Scientific PlotsPhysics — The Greenhouse Effect
How greenhouse gases warm the planet.
Scientific PlotsEngineering — Design Cycle
The iterative engineering design process.
Scientific PlotsEngineering — Types of Bridge
How different bridges carry load.
Scientific PlotsEngineering — Material Properties
Key mechanical properties of materials.
Scientific PlotsEngineering — Energy Storage
Ways of storing energy.
Scientific PlotsEngineering — Electronic Components
Common components and their roles.
Scientific PlotsMath — Data Structures
Fundamental ways to organise data.
MathematicsMath — Algorithm Paradigms
Major problem-solving strategies.
MathematicsMath — Types of Machine Learning
The three broad ML paradigms.
MathematicsMath — Computer Architecture
The von Neumann model.
MathematicsMath — Network Layers (OSI)
The seven-layer OSI model.
MathematicsChemistry — Classes of Material
The main families of engineering materials.
Chemistry & PhysicsChemistry — Iron & Steel Making
From iron ore to steel.
Chemistry & PhysicsChemistry — Chlor-alkali Process
Electrolysis of brine for industrial chemicals.
Chemistry & PhysicsChemistry — Types of Battery
Primary, secondary and fuel cells.
Chemistry & PhysicsBiology — Applications of Biotechnology
Where biotechnology is used.
Life SciencesBiology — Genetic Modification
Steps and uses of genetic modification.
Life SciencesBiology — Immunological Memory
Primary vs secondary immune response.
Life SciencesScience — History of the Atom
How the atomic model evolved.
Scientific PlotsScience — Nature of Science
What makes knowledge scientific.
Scientific PlotsScience — Branches of Science
How the sciences are organised.
Scientific PlotsMedicine — Disease Transmission
Routes by which pathogens spread.
Life SciencesMedicine — Types of Pathogen
The main classes of disease-causing agents.
Life SciencesMedicine — Drug Development
Stages from discovery to approval.
Life SciencesMedicine — Randomised Controlled Trial
The structure of an RCT.
Life SciencesMedicine — SIR Epidemic Model
Susceptible, infected and recovered compartments.
Life SciencesMedicine — Levels of Prevention
Primary, secondary and tertiary prevention.
Life SciencesMedicine — Food Groups
A balanced diet and what each group provides.
Life SciencesMedicine — Deficiency Diseases
Diseases caused by missing nutrients.
Life SciencesMedicine — Organ Transplantation
Key issues in transplantation.
Life SciencesMedicine — Cancer Treatments
The main approaches to treating cancer.
Life SciencesChemistry — Crop Rotation
Rotating crops to maintain soil fertility.
Chemistry & PhysicsChemistry — Irrigation Methods
Ways of supplying water to crops.
Chemistry & PhysicsChemistry — Food Processing & Preservation
Methods that extend shelf life.
Chemistry & PhysicsChemistry — Soil Types
Soil texture and its properties.
Chemistry & PhysicsChemistry — Types of Pesticide
Pesticides classified by target.
Chemistry & PhysicsMath — Study Designs
Observational versus experimental studies.
MathematicsMath — Sources of Bias
Common biases that distort studies.
MathematicsMath — Choosing a Statistical Test
Matching a test to the data.
MathematicsMedical Physics — Imaging Modalities
How each scan forms an image.
Scientific PlotsMedical Physics — Uses of Radiation
Beneficial applications of ionising radiation.
Scientific PlotsForensics — From Scene to Court
The forensic investigation workflow.
Life SciencesForensics — Types of Evidence
Physical and biological evidence.
Life SciencesForensics — DNA Profiling Steps
From sample to a DNA profile.
Life SciencesForensics — Post-mortem Examination
Establishing cause and time of death.
Life SciencesSports Science — Components of Fitness
Health- and skill-related fitness.
Life SciencesSports Science — Training Principles
FITT and the principles of training.
Life SciencesSports Science — Warm-up & Cool-down
Why athletes warm up and cool down.
Life SciencesSports Science — Recovery Strategies
Methods that aid recovery.
Life SciencesBiology — Glycogen Metabolism
Storing and mobilising glucose as glycogen.
Life SciencesBiology — Protein Metabolism
Fate of dietary protein.
Life SciencesBiology — Lipid Metabolism
Digestion, transport and use of fats.
Life SciencesBiology — Vitamin Functions
What key vitamins do.
Life SciencesForensics — Toxicology Workflow
Screening and confirming toxins.
Chemistry & PhysicsEnvironment — Types of Pollution
Categories of environmental pollution.
Chemistry & PhysicsEnvironment — Waste Hierarchy
The waste-management hierarchy.
Chemistry & PhysicsEnvironment — Environmental Monitoring
What and how we monitor.
Chemistry & PhysicsEnvironment — Carbon Capture
Approaches to capturing and storing CO2.
Chemistry & PhysicsMath — Data-handling Cycle
The statistical investigation cycle.
MathematicsMath — Variables in Experiments
Independent, dependent and control variables.
MathematicsBiology — Dichotomous Key: Vertebrates
A branching key to the five vertebrate classes.
Life SciencesBiology — Dichotomous Key: Arthropods
Identifying the main arthropod groups by body plan.
Life SciencesBiology — Dichotomous Key: Plants
A key to the major plant groups.
Life SciencesBiology — Taxonomic Ranks
The hierarchy from domain down to species.
Life SciencesBiology — Dichotomous Key: Microorganisms
Distinguishing the main groups of microbes.
Life SciencesBiology — Classification of Blood Cells
The formed elements of blood.
Life SciencesChemistry — Choosing a Separation Technique
Selecting a method to separate mixtures.
Chemistry & PhysicsChemistry — Tests for Ions
Flame tests and precipitate tests for ions.
Chemistry & PhysicsBiology — Blood Flow Through the Heart
The path of blood through the double circulation.
Life SciencesBiology — The Digestive Pathway
Food's journey through the alimentary canal.
Life SciencesBiology — Coevolution
Reciprocal evolutionary arms races.
Life SciencesBiology — Types of Symbiosis
Mutualism, commensalism and parasitism.
Life SciencesBiology — Adaptive Radiation
One ancestor diversifying into many niches.
Life SciencesBiology — Bioremediation
Using organisms to clean up pollution.
Life SciencesBiology — Biological Control
Controlling pests with natural enemies.
Life SciencesChemistry — Blast Furnace (Iron Extraction)
Reducing iron ore to molten iron.
Chemistry & PhysicsChemistry — The Limestone Cycle
Calcium carbonate, lime and limewater.
Chemistry & PhysicsChemistry — Polymerisation
Addition versus condensation polymerisation.
Chemistry & PhysicsChemistry — Saponification (Soap Making)
Hydrolysing fats with alkali to make soap.
Chemistry & PhysicsChemistry — Reaction Energy Pathway
Reactants, transition state and products.
Chemistry & PhysicsChemistry — The Nitrogen Cycle
Fixation, nitrification and denitrification.
Chemistry & PhysicsBiology — Taxonomic Classification
The hierarchy of biological ranks.
Life SciencesBiology — Organisation of the Nervous System
Central and peripheral divisions.
Life SciencesChemistry — Extraction of Iron (Blast Furnace)
Reduction of iron ore and slag formation.
Chemistry & PhysicsChemistry — Electrolysis
Redox at the cathode and anode.
Chemistry & PhysicsBiology — Decomposition & Nutrient Cycling
Detritivores and decomposers return nutrients.
Life SciencesChemistry — Catalytic Cracking
Breaking long alkanes into useful products.
Chemistry & PhysicsBiology — Adaptive Immune Response
Antigen presentation to antibodies and memory.
Life SciencesBiology — Photosynthesis Overview
Light reactions feeding the Calvin cycle.
Life SciencesBiology — The Carbon Cycle
Carbon moving between reservoirs.
Life SciencesBiology — Hormonal Control of the Menstrual Cycle
The hypothalamic-pituitary-ovarian axis.
Life SciencesBiology — Signal Flow Through a Neuron
From dendrites to the synapse.
Life SciencesChemistry — Fermentation
Anaerobic pathways from glucose.
Chemistry & PhysicsBiology — Nitrogen Fixation in Legumes
Rhizobium converts N2 into usable nitrogen.
Life SciencesEvent tree — loss of cooling to an exothermic batch reactor
Quantified event tree analysis of a reactor cooling-water failure, branching on operator response, the SIL 2 emergency quench and the rupture disc, with outcome frequencies that sum back to the initiating event frequency.
Risk & Reliability