The sequential evolution of land tenure norms

The "alternative" model (an N-I-G-K trajectory) will best predict the evolution of land tenure norms (314)

Test
Test Name	Support	Significance	Coefficient	Tail
Phylogenetic methods	Supported	`UNKNOWN`	`UNKNOWN`	`UNKNOWN`

Variables
Variable Name	Variable Type	OCM Term(s)
Land tenure norms	Dependent variable	Property System
Position in language tree	Independent variable	Linguistic Identification

Main Author	Published Year	Hypothesis	Supported	Variables Tested
Kushnick, Geoff	2014	The "full" model (where all four land tenure norms are transitioned to and from freely) will best predict the evolution of land tenure norms (314)	Not supported	2	Cite Related Hypotheses More By Author
Kushnick, Geoff	2014	The "gain from none" model (where all norms are can emerge from N, but cannot regress) will best predict the evolution of land tenure norms (314)	Not supported	2	Cite Related Hypotheses More By Author
Kushnick, Geoff	2014	The "exclusivity gain" model (an N-G-K-I trajectory) will best predict the evolution of land tenure norms (314)	Not supported	2	Cite Related Hypotheses More By Author
Kushnick, Geoff	2014	The "no loss" model (where all transitions to are possible except back to N) will best predict the evolution of land tenure norms (314)	Not supported	2	Cite Related Hypotheses More By Author
Kushnick, Geoff	2014	The "unstable group" model (where all transitions are possible, except G can only emerge from N) will best predict the evolution of land tenure norms (314)	Not supported	2	Cite Related Hypotheses More By Author