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© 2022 The Author(s). Published by Informa UK Limited, trading as Taylor & Francis Group. Several Norwegian Mountain and coastal municipalities have experienced comprehensive second home development in recent decades. From a sustainability perspective, it is necessary to understand both the importance of various geographical locations within a local context, as the location has an impact on available resources, amenities, and courses of action, and the complex interdependencies between the three sustainability pillars: economy, society, and environment. The purpose of the article is to provide knowledge on why and how various locations matter for planning sustainable second-home tourism. The analysis is based on document studies and interviews from three Norwegian destinations, supplemented with official statistics. The findings indicate that emphasis on, and development challenges associated with, the sustainability pillars differ across locations. They also indicate that local capacities to assess, plan, and implement adequate measures to address specific sustainable development challenges vary. Hence, there is a need for regional and local authorities to reflect on the driving forces behind the development of second-home tourism, as the impacts vary depending on what and who is driving the development. The authors conclude that it matters where second-home development is planned and what sustainability measures are adequate, applicable, and available. Nevertheless, all three pillars must be considered even if just one is enhanced

Tourism and recreation in protected areas may compromise conservation values if their forms and volumes exceed the area’s tolerance. Disturbance-sensitive species such as wild and semi-domestic reindeer (Rangifer tarandus tarandus) in most mountain areas in Fennoscandia are particularly vulnerable to humans, but disturbance research seldom includes data on the human component of this co-existence. By estimating the visitor volume in space and time and visitor characteristics in the largest national park and wild reindeer range in Norway we analyzed reindeer trail crossing propensity and examined the spatial overlap between humans and GPS-collared female reindeer (n¼98) during summer. The data showed that female reindeer herds used areas with overall less human traffic and recreational infrastructure. Reindeer herds started avoiding crossing hiking trails used by more than 10–15 persons per day and avoided crossing trails when visitor volumes exceeded 30–50 persons per day. During the hunting season, the herds were largely dispersed and crossed over trails independent of visitor volume, indicating a collective flight response to hunters. We discuss how including data on human use can further our understanding of ecological effects in disturbance research and how it can improve management interventions for better co-existence between humans and reindeer.

The increasing numbers of tourists visiting national parks contribute to new opportunities as well as challenges. Alpine and Arctic national parks in Northern Europe are key habitats for vulnerable species such as wild reindeer (Rangifer tarandus tarandus), and there is a significant need for management tools that can reduce the negative impacts of tourism. To gain knowledge about visitors’ motivations and spatial preferences, we carried out a survey of people (n = 498) on paths in part of Rondane National Park, Norway. The results indicate that a large share of the visitors in the central, vulnerable part of the National Park may find their desired recreational benefits in the less vulnerable fringe entrance areas. We discuss theoretical and practical implications of the results and how to increase knowledge about visitors’ spatial preferences in order better to regulate their behaviour with the aim of reducing impacts on vulnerable fauna.

Recreational use of nature areas is increasing worldwide. All trail-based activities have a certain degradation effect on vegetation and soil, and conflicts between conservation values and recreation may occur. Controversy still exists regarding the relative impact of mountain bikers compared to hikers on trails. In this study, we manipulated the use intensity from hikers and mountain bikers on existing, natural-surfaced trails, and investigated effects of increased use and the relative importance of mountain biking on trail degradation. In two study sites, two trails were selected, one designated for hiking and one for biking. Passes were counted with TRAFx counters. The proportion of mountain bikers on the designated biking trails was on average 47%, and on the hiking trails 13%. Trail width and depth were recorded at permanently marked transects repeatedly throughout the growing season, and analyzed with linear mixed models as a function of number of passes, proportion of bikers and environmental conditions along the trail. Trail width, both the core trail without vegetation and the total area influenced by trampling and biking, showed on average small, but highly variable increases with enhanced use. Trail widening occurred particularly in moist parts, and trail width increased more when a larger proportion of the passes was mountain bikers. Trail depth did not change much throughout the study period, suggesting that the soils along the trails were already compacted and to a limited degree prone to soil movement and subsequent soil loss. Our study shows that on-trail use by hikers and mountain bikers have relatively limited overall effects in terms of trail widening and deepening, but that effects depend highly on environmental conditions; enhanced use of trails in wet areas is likely to result in greater trail degradation, and more so if a large proportion of the users are mountain bikers. Management and maintenance of trails, in terms of re-routing or trail surface hardening, could thus be necessary to avoid negative impacts of increased use. For such management actions to be successful, they need to be targeted towards the actual user groups and the natural conditions in the area. Recreation Trail degradation Hiking Mountain biking Alpine Forest