Department of Physical Geography, Stockholm University, 106 91, Stockholm, Sweden.
, Krokvik, 17, 981 95, Kiruna, Sweden.
Ambio. 2022 May;51(5):1247-1262. doi: 10.1007/s13280-021-01655-2. Epub 2021 Dec 17.
Climate in the Arctic has warmed at a more rapid pace than the global average over the past few decades leading to weather, snow, and ice situations previously unencountered. Reindeer herding is one of the primary livelihoods for Indigenous peoples throughout the Arctic. To understand how the new climate state forces societal adaptation, including new management strategies and needs for preserved, interconnected, undisturbed grazing areas, we coupled changes in temperature, precipitation, and snow depth recorded by automatic weather stations to herder observations of reindeer behaviour in grazing areas of the Laevas Sámi reindeer herding community, northern Sweden. Results show that weather and snow conditions strongly determine grazing opportunities and therefore reindeer response. We conclude that together with the cumulative effects of increased pressures from alternative land use activities, the non-predictable environmental conditions that are uniquely part of the warming climate seriously challenge future reindeer herding in northern Sweden.
在过去几十年里,北极的气候变暖速度比全球平均水平更快,导致了以前从未遇到过的天气、雪和冰的情况。驯鹿放牧是北极地区土著人民的主要生计之一。为了了解新的气候状态如何迫使社会适应,包括新的管理策略和对保存、相互连接、未受干扰的放牧区的需求,我们将自动气象站记录的温度、降水和雪深变化与拉瓦萨米驯鹿放牧社区牧民对放牧区驯鹿行为的观察相结合,该社区位于瑞典北部。研究结果表明,天气和雪况强烈决定了放牧机会,因此也决定了驯鹿的反应。我们的结论是,随着来自替代土地利用活动的压力的累积效应,以及变暖气候特有的不可预测的环境条件,严重挑战了瑞典北部未来的驯鹿放牧。