Transparency in road planning documents

Public opinion, expressed through written comments, developed very differently throughout the planning phases of two road projects in southern Sweden. Each project's Prefeasibility Study, Feasibility Study, and Environmental Impact Report (EIR) were studied to analyze the changes between five evaluation phases: background and inventory of base data, replenishment with additional information, consequence analysis, conflict analysis, and priorities. For one of the road projects, rich and early descriptions of impact estimates, along with appraisals of the effects on the landscape, paved the way for more effective dialogue. Better disclosure of its reports' established facts and evaluations might explain the more solid acceptance for that road project. The other project did not clearly show the reasoning behind its priorities, which may explain the many public and agency comments on the EIR; consequently, people constructed and submitted their own viewpoints regarding impact. This article discusses how transparent documentation and presentation of priorities ultimately can contribute to the success of similar projects

Legitimizing and Elevating Telework: Chinese Constructions of a Nonstandard Work Arrangement

Telework—the performance of paid labor activities at sites other than conventional workplaces and through the use of communication technologies—has not been considered a legitimate work form in China. Analyzing in-depth interviews thematically, the authors found that teleworkers from the post-80s generation not only legitimized their work form pragmatically and morally but also elevated it as a better choice for more achievement, flexibility, autonomy, efficiency, and professional development. Although they evaluated their choice positively, these teleworkers also acknowledged the unique challenges in cultivating guanxi (building relationships) and careers in China when working remotely. The authors suggest that telework in China offers a contested site for studying the dialectic tensions between traditional Chinese values and Western business discourses

The fate of the Arctic seaweed Fucus distichus

Rising temperatures are predicted to melt all perennial ice cover in the Arctic by the end of this century, thus opening up suitable habitat for temperate and subarctic species. Canopy‐forming seaweeds provide an ideal system to predict the potential impact of climate‐change on rocky‐shore ecosystems, given their direct dependence on temperature and their key role in the ecological system. Our primary objective was to predict the climate‐change induced range‐shift of Fucus distichus, the dominant canopy‐forming macroalga in the Arctic and subarctic rocky intertidal. More specifically, we asked: which Arctic/subarctic and cold‐temperate shores of the northern hemisphere will display the greatest distributional change of F. distichus and how will this affect niche overlap with seaweeds from temperate regions? We used the program MAXENT to develop correlative ecological niche models with dominant range‐limiting factors and 169 occurrence records. Using three climate‐change scenarios, we projected habitat suitability of F. distichus – and its niche overlap with three dominant temperate macroalgae – until year 2200. Maximum sea surface temperature was identified as the most important factor in limiting the fundamental niche of F. distichus. Rising temperatures were predicted to have low impact on the species' southern distribution limits, but to shift its northern distribution limits poleward into the high Arctic. In cold‐temperate to subarctic regions, new areas of niche overlap were predicted between F. distichus and intertidal macroalgae immigrating from the south. While climate‐change threatens intertidal seaweeds in warm‐temperate regions, seaweed meadows will likely flourish in the Arctic intertidal. Although this enriches biodiversity and opens up new seaweed‐harvesting grounds, it will also trigger unpredictable changes in the structure and functioning of the Arctic intertidal ecosystem