Lenzner Bernd, Leclère David, Franklin Oskar, Seebens Hanno, Roura-Pascual Núria, Obersteiner Michael, Dullinger Stefan, Essl Franz
Division of Conservation Biology, Landscape, and Vegetation Ecology at the University of Vienna, in Austria, and with the International Institute of Applied Systems Analysis (IIASA) in Laxenburg, Austria.
IIASA, Laxenburg, Austria.
Bioscience. 2019 Sep 1;69(9):697-710. doi: 10.1093/biosci/biz070. Epub 2019 Jul 31.
Biological invasions have emerged as an eminent feature of global change, with substantial impacts on the environment and human livelihoods. Current research demonstrates that the numbers and impacts of alien species are rising unabatedly. At the same time, we lack a thorough understanding of potential future trajectories for the decades to come. With the recent establishment of comprehensive global databases, it is, for the first time, feasible to develop and quantify future scenarios of biological invasions. Therefore, we propose a conceptual framework for how to develop alien species scenarios for the twenty-first century and how to identify relevant steps and challenges along the way. The concept will be important to inform research, policy, stakeholders, and the general public. Furthermore, we call for the scientific community to join forces and to operationalize the framework for scenarios and models of biological invasions to develop an important baseline for understanding and managing future biological invasions.
生物入侵已成为全球变化的一个显著特征,对环境和人类生计产生了重大影响。当前研究表明,外来物种的数量及其影响正持续上升。与此同时,我们对未来几十年可能的发展轨迹缺乏全面了解。随着近期全面全球数据库的建立,首次有可能制定并量化生物入侵的未来情景。因此,我们提出一个概念框架,说明如何为21世纪制定外来物种情景,以及如何确定这一过程中的相关步骤和挑战。这一概念对于为研究、政策制定、利益相关者和公众提供信息至关重要。此外,我们呼吁科学界携手合作,将生物入侵情景和模型框架付诸实践,为理解和管理未来生物入侵建立一个重要的基线。