Suchergebnisse

The standard picture of public governance in the Dutch Republic (1579-1795) is one of consultation with multiple stakeholders, peaceful negotiations with representatives from a range of governmental institutions, and agreements and compromise. This picture has been the subject of much debate among historians and other scholars. One question concerns the extent to which this kind of governance evolved from the traditional practices of water authorities, as these institutions emerged very early, at the end of the thirteenth century. A further question is whether it is correct to assume that these peaceful negotiations did in fact involve participation by a wide range of societal stakeholders. This book contributes to this debate by presenting the results of new research into the development of governance by water authorities prior to 1800. In the late Middle Ages and Early Modern period, these institutions changed as a result of ecological, socio-economic and political developments. The central question is how these developments affected the evolution of and governance within the water authorities. The research focuses on two inter-local water authorities: first, the water authority of the Bunschoten Veen and Velden dikes in the Province of Utrecht; and second, the water authority of Mastenbroek polder in the Province of Overijssel. How were landholders represented in such authorities, and what was the relationship between developments in representation and participation in decision-making? The positions and backgrounds of the board members of these two water authorities were investigated, as well as the process of decision-making. The theoretical framework was provided by theories of consociationalism (Lijphart 1968 and Putnam 1993), in which peaceful governance is defined in terms of consensus politics or politics of accommodation. A set of criteria was formulated to assess the occurrence of participative decision-making by stakeholders. These criteria were tested against the discussions and decisions found in ...