Tables
1.1 An inflectional paradigm of Latin 3
1.2 A gap in a derivational paradigm 5
1.3 Three configurations post-Full Reanalysis Hypothesis 5
3.1 Distinction between agglutinative vs. fusional languages 55
3.2 Partial classification of pets and farm animals in French 60
6.1 Derivational paradigm for base DIC-: verbs 134
6.2 Derivational paradigm for base DIC-: nouns 134
6.3 Derivational paradigm for base DIC-: adjectives 135
6.4 Sub-paradigm of CAL- 141
6.5 List of sub-paradigms with the same derivational behaviour of CAL- 141
6.6 List of sub-paradigms with no -sc-form corresponding to a -facio/-fio formation 142
6.7 Sub-paradigm of TERR- 143
6.8 Sub-paradigms based on base SUE- 143
6.9 Sub-paradigm of IR- 144
6.10 Stem allomorphy in ago and duco 145
6.11 Most frequent WFRs in Classical Latin 146
6.12 Sketch of point iv. Towards the construction of a core derivational paradigm for Latin 149
6.13 Core derivational paradigm for Latin filled with lemmas with bases FAC-, DIC-, AG-, MITT- 150
7.1 Derivational paradigm 167
7.2 Examples of structures that may express an implicit “made of” relationship 176
8.1 Colour/origin-based Adj+ie nominalisations used in the study 203
8.2 Colour-based Adj+ie nominalisations, and their corresponding senses, extracted from normative and descriptive dictionaries 205
9.1 Distribution of formation types in the study 221
9.2 Distribution of [X -scope] InstrumentN formations 222
9.3 Distribution of [Entity -scope] InstrumentN formations 224
9.4 Distribution of [Mode of Action -scope] InstrumentN formations 225
9.5 Distribution of [Agent -scope] InstrumentN formations 226
9.6 Distribution of [-scope X] formations 227
9.7 [-scope X]EventN: realizations 228
9.8 [-scope X]RelationAdj: realizations 230
9.9 [-scope X]QualityAdj: realizations 231
Figures
3.1 Paradigm’s types 64
3.2 Inflectional paradigm 84
3.3 Derivational paradigm 84
4.1 Word-nest with kniha ‘book’ as the motivating word 87
6.1 Partial derivational paradigm of HORR- 133
6.2 Hierarchical schematic construction for suffixed verbs in -sc- 139
6.3 Partial hierarchical schema for V + V = V compounds 139
6.4 Partial hierarchical schema for [co(n)[x](i)t]V formations 145
7.1 A French paradigmatic system 168
7.2 Bidimensional paradigmatic system in compounding 171
7.3 Hierarchical organization of compounding paradigms 173