Operating anew: Queering GIS with good enough software

In the last decade, conversations around queering of GIScience emerged. Drawing on literature from feminist and queer critical GIS, with special attention to the under‐examined political economy of GIS, I suggest that the critical project of queering all of GIS, both GIScience and GISystems, requires not just recognition of the labour and lives of queers and research in geographies of sexualities. Based upon a queer feminist political economic critique and evidenced in my teaching critical GIS at two elite liberal arts colleges, I argue that the “status quo” between ESRI and geography as a field must be interrupted. Extending a critical GIS focus beyond data structures and data ethics, I argue that geographic researchers and instructors have a responsibility in queering our choice and production of software, algorithms, and code alike. I call this production and choice of democratic, accessible, and useful software by, for, and about the needs of its users, good enough software.     

Legislative accountability in a mixed-member system

Accountability of representatives to electors is a key indicator of democratic health. In mixed-member systems, the coexistence of two kinds of representation provides the opportunity to test competing claims with minimal confounding factors. There is debate about the relative accountability of constituency and list MPs, and in particular, concerning dual candidacy, where individuals can stand for both constituency and list seats. Analysing New Zealand elections since 1999, with comparisons back to the previous single-member plurality system, this article examines the effects of dual candidacy, legislative turnover and the cases where constituency or electorate MPs have lost their seats, but remained in Parliament as list members.

代表对选民负责乃民主是否健康的一个关键指标。在混合成员制下,两类代表的共存为比较单纯地检验其竞争的主张提供了机会。不过,选区及名单议员的相对责任,尤其在一个个体可以既代表选区又代表名单席位的情况下的责任,对此是有争议的。本文分析了新西兰1999年以来的选举,并与之前的单一成员多数选举制做了对比,还考察了双重候选人制的效果、议员的流动、以及选区或议员落选但依然是国会名单成员的情况。     

The Encoding-Error Model of Pathway Completion without Vision

We present a model that accounts for errors in short-cutting to complete a triangular pathway by individuals deprived of visual input. The model assumes that systematic error arises from components of navigation concerned with encoding an internal representation of the pathway, rather than the computation of a homeward trajectory or motor output per se. Subjects' tendency to compress the range of actually produced turns and distances, in comparison to the range of correct values, is attributed to regression toward the mean of encoded values during encoding of segments and turns, in the face of uncertainty about the actual values. Individual-subject variations are attributed to differences in the encoding-function parameters, not to variations in the processes themselves. The model provides excellent accounts of data obtained with triangular pathways but fares less well when pathway complexity increases, at which point errors do not appear to be solely attributable to encoding processes. The sources of error identified by the model are likely to play a role in navigation more generally.     

TRADE CENTER EVOLUTION IN THE GREAT PLAINS*

ABSTRACT Empirical analysis has lagged behind the impressive additions to the theoretical literature on trade center systems during the past 15 years. This study of the trade center system in Saskatchewan is an attempt to begin to redress the imbalance and to test some of the recently formulated theoretical propositions. Communities are identified according to functional classifications for 1961 and 1981 with the aid of a cluster analysis program, and the validity of the groupings are verified using multiple discriminant analysis. Changes in the size, spacing, and function of clusters and individual communities during the 20-year interval are described and an effort is made to prdvide explanations for the changes observed.