Verifying environmental relationships

Verifying Multi-object Invariants with Relationships

Relationships capture the interplay between classes in object-oriented programs, and various extensions of object-oriented programming languages allow the programmer to explicitly express relationships. This paper discusses how relationships facilitate the verification of multi-object invariants. We develop a visible states verification technique for Rumer, a relationship-based programming lang...

Agri-Environmental Relationships & Multi-functionality: Further Considerations

Multi-functionality is a currently fashionable argument, especially within the EU, for continued support of the farming sector. However, there is a substantial danger that this will be used, and be seen to being used, as a façade for continued traditional support and protection. If so, the current trend towards liberalised agricultural markets, on which much of the developing world depends, wil...

Environmental Adaptation in Supplier-customer Relationships

Fish brains: evolution and environmental relationships

page 373 Fish brains re ̄ect an enormous evolutionary radiation 374 Based on morphology: how conclusions on sensory orientation are reached 376 Structure of ®sh brains 378 Large-scale evolutionary patterns of ®sh brains 384 Functional diversi®cation 386 Cyprinidae Gadidae Flat®shes Cichlidae and other modern perciforms How environments shape brains: turbidity, benthos and the pelagic realms 393 ...

Relationships between Environmental Factors and Plant Communities in Enclosure Rangelands (Case study: Gonbad, Hamadan)

Exclusion and not using of rangeland in the long term affects the composition and homogeneity of vegetation and consequently leads to the improvement of plants status. In this study, the characteristics and structural changes of the rangeland of Gonbad, Hamadan province, Iran, in 2014 (after 20 years of enclosure) were evaluated using Braun-Blanquet plot, Phytosociology and multivariate analysi...