Dall'Olmo Giorgio, Nencioli Francesco, Jackson Thomas, Brewin Robert J W, Gittings John A, Raitsos Dionysios E
Plymouth Marine Laboratory, Plymouth, England, PL1 3DH, UK.
National Centre for Earth Observation, Plymouth, England, PL1 3DH, UK.
Open Res Eur. 2021 Nov 15;1:117. doi: 10.12688/openreseurope.14133.2. eCollection 2021.
Lagrangian analysis is becoming increasingly important to better understand the ocean's biological and biogeochemical cycles. Yet, biologists and chemists often lack the technical skills required to set up such analyses. Here, we present a new product of pre-computed ocean Lagrangian trajectories (OLTraj) targeting non-expert users, and demonstrate how to use it by means of worked examples. OLTraj is based on satellite-derived geostrophic currents, which allows one to directly compare it with other in-situ or satellite products. We anticipate that OLTraj will foster a new interest in Lagrangian applications in ocean biology and biogeochemistry.
拉格朗日分析对于更好地理解海洋生物和生物地球化学循环变得越来越重要。然而,生物学家和化学家往往缺乏进行此类分析所需的技术技能。在此,我们推出了一种针对非专业用户的预先计算好的海洋拉格朗日轨迹(OLTraj)新产品,并通过实例演示了如何使用它。OLTraj基于卫星衍生的地转流,这使得人们能够直接将其与其他原位或卫星产品进行比较。我们预计OLTraj将激发人们对海洋生物学和生物地球化学中拉格朗日应用的新兴趣。