Partial Loss of Territory Due to Anthropogenic Climate Change: A Theory of Compensating for Losses in Political Self‐determination

The unique problem of lost territory poses one of the most important and complex challenges of compensating for loss and damage due to anthropogenic climate change. Anthropogenic climate change will cause a significant increase in the sea level for centuries to come. A rising sea level endangers many low‐lying coastal areas but also entire states. However, the inundation of an entire state will remain a rare event. Partial loss of territory will be far more pervasive. As measured by the number of states, the area of land, and, in particular, the number of people affected, the phenomenon of partial territorial loss is much more significant. I address this from the perspective of compensatory justice. In particular, I offer (i) background on basic concepts, (ii) an overview and critique of existing accounts, and propose (iii) a novel interpretation of territory as well as (iv) a corresponding criterion of a duty to compensate before (v) I flesh out the overall theory, (vi) take into consideration implications and details of application, and (vii) respond to potential objections.     

The influence of response-effect compatibility in a serial reaction time task

Participants performed a serial reaction time task, responding to either asterisks presented at varying screen locations or centrally presented letters. Stimulus presentation followed a fixed second-order conditional sequence. Each keypress in the experimental groups produced a contingent, key-specific tone effect. The critical variation concerned the mapping of tones to keys. In Experiment 1, keypresses in one control condition produced noncontingent tone effects, while in another control condition there were no tone effects. In Experiment 2, three different key-tone mappings were compared to a control condition without tone effects. The results show that tone effects improve serial learning when they are mapped to the response keys contingently and in a highly compatible manner. The results are discussed with reference to an ideomotor mechanism of motor sequence acquisition.     

Prospective cognitions in anxiety and depression: Replication and methodological extension

The present study presents a replication and methodological extension of MacLeod, Tata, Kentish, and Jacobsen (1997) with a nonclinical sample, using future-directed imagery to assess prospective cognitions. Results showed that only anxiety (but not depression) was related to enhanced imagery for future negative events. Both anxiety and depression showed significant zero-order correlations with reduced imagery for future positive events. However, when the overlap between anxiety and depression was controlled for, only depression (but not anxiety) showed a unique association with reduced imagery for positive events. Implications of these findings for cognitive models of anxiety and depression are discussed.