Drainage on the Grand Prairie: the birth of a hydraulic society on the Midwestern frontier

The Grand Prairie of east central Illinois was notorious for a marshy environment that prevented dense agricultural settlement until late in the nineteenth century. While recent historical–geographical scholarship has focused on innovations in drainage technology, drainage-related laws and institutions, and the ecological impacts of wetland reclamation, it has largely failed to account for the persistence of agrarian structure, and its key component, land tenure, on the Grand Prairie. Late-nineteenth-century reclamation efforts were not quite so transformative as previously believed. The same landed elite that dominated in the pre-drainage era quickly emerged atop a system of public drainage that held the key to the region’s economic future. In this paper, we extend Karl Wittfogel and Donald Worster’s theorizations about ‘hydraulic civilizations’ from the realm of irrigation to that of drainage. While drainage was indeed important in shaping the history of east central Illinois, we argue that a distinctive social order in east central Illinois emerged from, and was shaped by, an older agrarian structure that had developed in response to marshy, unpredictable conditions before drainage began in the late 1800s. The beneficiaries of the old order did not yield power easily, and instead skillfully capitalized on the new opportunities presented by drainage enterprises, to create a ‘hydraulic society’ on the prairie. The new order continued to rely on the exploitation of tenant farmers even as the landscape itself was transformed into the intensely managed and highly productive Corn Belt of today.     

The Low Countries' connection: landscape and the struggle over representation around 1600

In Anglophone geography, the concept of landscape is often defined in visual terms as the expression of a spatial rationality. Historically, the strongly visual qualities of landscape tend to be related to early capitalist developments in Italy and the Low Countries. Yet, recent scholarly interventions have asserted that landscape in early modern Europe also animated so-called ‘platial’ (or place-oriented) practices and ideologies of political representation, justice, and custom. This paper seeks to bring these diverging platial and spatial approaches together through an examination of political and visual representation of landscape in the northern Low Countries around 1600. It is argued that the tensions between platial notions of landscape and spatial rationality were unceasingly pertinent to the protracted struggles over political representation in the Low Countries during the revolt against Spain. Visual representations of landscape provided ways to take in, reflect upon, and codify those struggles. The Dutch landscape remained entangled in a double dialectic in which spatial and platial modes of political and visual representation mutually shaped each other.     

Modeling agricultural potential in Chaco Canyon during the Bonito phase: a predictive geospatial approach

This study presents a geospatial analysis of surficial hydrology and geomorphology and their relationship to potential agricultural productivity in order to better understand the economic role of water in Chaco Canyon during the Bonito Phase (ca. AD 850–1150). Defined as the Natural Agricultural Suitability Analysis, the foundation of this study is a hierarchical geospatial analysis that integrates six key natural factors: slope, soil texture, soil depth, non-catastrophic overbank flooding potential, drainage flow length, and drainage proximity and flow potential. These factors are combined through a raster weighted overlay function to generate composite suitability map that offers a testable proxy for variability in relative agricultural potential during the Bonito Phase at Chaco. The rationale for including this set of natural factors is based largely on ethnographic and modern agricultural studies, but the predictive model differs from previous studies of agricultural potential in that it is independent of the specific archaeological distribution of evidence of agriculture in the study area. The results of this analysis suggest that previous models of Chacoan agricultural productivity have underestimated local production capacity. Previous studies have focused solely on floodplain contexts, whereas this study points to a more comprehensive and geographically distributed use of the landscape.