In this thesis, I discuss the range of numerals in South American languages, the strategies that languages use to form their numerals, and what cultural and historical causes can be given to the...Show moreIn this thesis, I discuss the range of numerals in South American languages, the strategies that languages use to form their numerals, and what cultural and historical causes can be given to the range of the numerals. The Quechuan languages consistently possess an infinite decimal system. This could be the result of the preservation of the high numerals after colonization that were used to keep track of administration in the extended Inca Empire. In the Arawakan family, both the range and the internal structure of the numerals differ. Just as for the Quechuan, the Arawakan people were involved in trade and war which could indicate a need of high numerals. However, unlike for the Quechuan numerals, they have not been preserved. During colonization, Arawakan groups fled from their original settlements and adopted other groups into their communities, which indicates substratum influence and explains the diversity of the Arawakan numerals. In the Guaporé-Mamoré linguistic area, numerals are mostly concentrated around a maximum of 20. The body-part system and a connection to company or loneliness are common in the numerals in this area.Show less
This thesis compares the consonant inventories of constructed languages with the consonant inventories of natural languages, in an attempt to find out what natural languages are most similar to...Show moreThis thesis compares the consonant inventories of constructed languages with the consonant inventories of natural languages, in an attempt to find out what natural languages are most similar to these constructed languages in terms of consonant inventories. The main objective is to find out whether language creators are influenced by their native languages when creating their own languages. For this purpose, two programming scripts were created in order to quickly compare consonant inventories with each other. Using these programs, 7 constructed languages were each compared to 3,019 natural languages from the online database PHOIBLE. In more than half of the analysed constructed languages, the consonant inventories of the constructed language and the creator’s native language had an overlap of 70% or more, which, when compared to the overlap with other natural languages, is on the higher end of the scale, but rarely the highest end. These results point towards an influence of the native language of the creator on the consonant inventory of their created language.Show less
This thesis looks at positive and negative existentials in Finnish and Hungarian with the help of the framework of Denis Creissels’ 7 types of existentials for the positive constructions, as well...Show moreThis thesis looks at positive and negative existentials in Finnish and Hungarian with the help of the framework of Denis Creissels’ 7 types of existentials for the positive constructions, as well as Croft’s Cycle for the negative constructions. The findings are that neither language fits neatly within Creissels’ types, as both show several different constructions. Finnish has three distinct ways of forming existentials: ‘olla + locative’, ‘olla + agent participle of olla + locative’, or a ‘copula only’ construction. Hungarian has two different ways of forming existentials: with ‘lenni + locative’, as well as a ‘copula only’ construction. Not every construction is grammatical in every context. Often existentials cannot be clearly separated from locatives and possessives. Generally, word order and context work together with a specific construction to somewhat differentiate it from other constructions. However, multiple interpretations of a single construction are often possible, so this is not absolute. These findings go against multiple claims often made in conventional literature.Show less
