This lesson introduces the concept of complex lexical forms in language—words or expressions made up of multiple morphemes or stems—and how to represent them in a structured dictionary environment such as FLEx (FieldWorks Language Explorer).
Understand types of complex forms
Distinguish them from simple or single-morpheme entries
Learn how FLEx handles complex forms through entries, subentries, and relationships
Practice creating and displaying complex forms in a dictionary
Affixed Words – Words with prefixes, suffixes, infixes, or circumfixes (e.g., unhappy, misunderstood).
Compounds – Combinations of stems or roots forming a new lexical unit (e.g., blackbird, railroad crossing).
Contractions/Blends – Merged or shortened forms (e.g., brunch, can’t).
Idioms or Multi-Word Expressions – Phrases functioning as a single meaning unit (e.g., kick the bucket).
Stem-Modified Forms – Alterations such as internal vowel change (sing/sang) or stress shift (record/record).
Transparent Forms: Meaning is predictable from components (e.g., post-office box).
Opaque Forms: Meaning is not predictable (e.g., hot dog, department).
FLEx allows linking components while maintaining surface form representation.
FLEx supports complex forms through three mechanisms:
Subentry: Complex form appears within the main entry of a component.
Minor Entry: Alphabetized independently but minimal definition.
Referenced Complex Form: A form referencing multiple components.
Components: Used to link the elements (roots, affixes, etc.)
Show Subentry Under: Flags one component for nesting display
Show Minor Entry: Flags it to appear alphabetically with cross-reference
Type of Complex Form: (optional) Defines categories such as idiom, contraction
Creating a complex entry (e.g., railroad crossing)
Adding morphemes or stems as components
Setting display preferences (minor entry, subentry)
Navigating between main and component entries
This lesson trains lexicographers to properly analyze and store non-simple words—ensuring dictionary users see correct relationships between complex forms and their parts. This supports better navigation and comprehension, especially for language learners.