Department of Biology, Washington University, Saint Louis, MO, 63130, USA.
Division of Agricultural Climatology, Institute of Agricultural and Horticultural Sciences, Humboldt-University of Berlin, Berlin, Germany.
Int J Biometeorol. 2022 Jan;66(1):35-43. doi: 10.1007/s00484-021-02185-y. Epub 2021 Sep 7.
Collaborative networks that involve the compilation of observations from diverse sources can provide important data, but are difficult to maintain over long periods. The International Phenological Garden (IPG) network, begun in 1959 and still functioning 60 years later, has been no exception. Here we document its history, its monitored 23 species (initially all propagated by cloning), and the locations and years of data contribution of its 131 gardens, of which 63 from 19 countries contributed data in 2021. The decision to use clones, rather than multiple, locally adapted individuals, was based on the idea that this would "control" for genetic effects, and it affects the applicability of the data and duration of the network. We also describe the overlap among the IPG network, the Pan-European Phenology network (PEP725), and the phenological data offered by the German Weather Service. Sustainable data storage and accessibility, as well as the continued monitoring of all 23 species/clones, are under discussion at the moment, as is the fate of other phenological networks, despite a politically mandatory plant-based climate-change monitoring.
涉及从不同来源汇编观测结果的协作网络可以提供重要数据,但很难长期维护。国际物候花园(IPG)网络于 1959 年成立,至今仍在运行,已有 60 年的历史,也不例外。在这里,我们记录了它的历史、监测的 23 个物种(最初都是通过克隆繁殖的),以及其 131 个花园的位置和数据贡献年份,其中 63 个来自 19 个国家在 2021 年提供了数据。选择使用克隆而不是多个本地适应的个体,是基于这样的想法,即这将“控制”遗传效应,这会影响数据的适用性和网络的持续时间。我们还描述了 IPG 网络、泛欧物候网络(PEP725)和德国气象局提供的物候数据之间的重叠。目前正在讨论可持续的数据存储和可访问性,以及对所有 23 个物种/克隆的持续监测,尽管有政治上强制的基于植物的气候变化监测,但其他物候网络的命运也是如此。