Multi-century geological data thins the tail of observationally based extreme sea level curves

This data includes daily maximum water levels from tide gauges and the ages of geological overwash observations that were used in case studies for our manuscript entitled "Multi-century geological data thins the tail of observationally based extreme sea level curves". One dataset contains daily maximum water levels from the Battery, New York, tide gauge and geological observations from a sediment core taken from Cheesequake State Park in New Jersey. The other dataset contains daily maximum water levels from the Woods Hole, Massachusetts, tide gauge and geological observations from a sediment core taken from Mattapoisett Marsh, Massachusetts. Tide gauge data was retrieved from NOAA. The Mattapoisett Marsh data comes from Castagno et al. (2021) https://doi.org/10.2112/JCOASTRES-D-19-00159.1. The Cheesequake data comes from Joyse et al. (in review).本数据集包含验潮站（tide gauge）获取的每日最高水位数据，以及用于我们题为《多世纪地质数据缩窄基于观测的极端海平面曲线尾部》的论文案例研究的地质越岸观测（geological overwash observations）的年代数据。其中一组数据集包含来自纽约巴特里（Battery）验潮站的每日最高水位数据，以及取自新泽西州奇泽奎克州立公园（Cheesequake State Park）的沉积物岩芯（sediment core）的地质观测数据；另一组数据集包含来自马萨诸塞州伍兹霍尔（Woods Hole）验潮站的每日最高水位数据，以及取自马萨诸塞州马塔波伊塞特沼泽（Mattapoisett Marsh）的沉积物岩芯的地质观测数据。验潮站数据取自美国国家海洋和大气管理局（National Oceanic and Atmospheric Administration, NOAA）。马塔波伊塞特沼泽数据集来自Castagno等人（2021），DOI：10.2112/JCOASTRES-D-19-00159.1。奇泽奎克数据集来自Joyse等人（审稿中）。