The conflict in Northern Ireland is at its most basic a struggle between those who wish to see Northern Ireland remain part of the United Kingdom and those who wish to see the reunification of the island of Ireland. It is underpinned by historical, religious, political, economic, and psychological elements. These elements underlie the violence that has spanned the past 25 years and that has led to death and injury, led to increased community divisions, and impacted on the population's mental health. In an attempt to transform the conflict, various policy initiatives have been pursued, including attempts to reduce inequality and to improve community relations, in particular through educational initiatives.

No abstract

No abstract

This article presents the Peace Accords Matrix (PAM), a database of comprehensive peace agreements and their implementation, covering the years between 1989 and 2007. PAM identifies more than 51 elements that have appeared in peace agreements and collects data that can be used to analyse and compare peace accords. The matrix also monitors the extent to which the agreements have been implemented. Because of these capabilities, PAM is ideal for researchers who want to examine aspects of peace agreements and the implementation of particular provisions, which either help or hinder peace processes in post-accord periods. PAM is also useful for facilitators and mediators who are engaged in the peace process, both prior to and after an agreement is signed, as it provides information on how other countries have previously attempted peace processes. PAM data can be a very useful tool to design better peace accords and to ensure the implementation of accords.

The effects of temperature, photosynthetic photon flux density (PPFD) and photoperiod on vegetative growth and flowering of the raspberry (Rubus idaeus L.) `Autumn Bliss' were investigated. Increased temperature resulted in an increased rate of vegetative growth and a greater rate of progress to flowering. Optimum temperatures lay in the low to mid 20°C range. Above this the rate of plant development declined. Increased PPFD also advanced flowering. While photoperiod did not significantly affect the rate of vegetative growth, flowering occurred earliest at intermediate photoperiods and was delayed by extreme photoperiods. These responses suggest that there is potential for adjusting cropping times of raspberry grown under protection by manipulating the environment, especially temperature.