Data associated with manuscript \"Predicting wave-induced sediment resuspension at the perimeter of lakes using a steady-state spectral wave model\"

This repository includes data associated with the manuscript, \"Predicting wave-induced sediment resuspension at the perimeter of lakes using a steady-state spectral wave model,\" currently in press at Water Resources Research as of January 2019. Following American Geophysical Union standards, this repository serves to publically share all data associated with the manuscript.

Plain lanuage summary of the manuscript: A tool that describes lake-wide wave conditions as a function of combinations of wind speeds and directions is tested using two years of wave height and water clarity data from six nearshore locations at Lake Tahoe. The data confirm the modeling tool’s ability to predict wave-driven motion of lake-bed sediments. An example application details seasonal and inter-annual variability in wind-wave influence at the perimeter of Lake Tahoe. Due to the prevailing southwesterly winds, exposed sections of the north and east shores of the lake can see upwards of 3000 hours of sediment...

本仓库收录了与2019年1月已被《Water Resources Research（水资源研究）》录用待刊的手稿《利用稳态频谱波浪模型预测湖泊周边波浪诱发沉积物再悬浮》相关的全部数据。遵照美国地球物理联合会（American Geophysical Union）的出版规范，本仓库用于公开共享该手稿关联的所有研究数据。
手稿通俗概要：一款可基于风速与风向组合表征全湖波浪状况的工具，利用塔霍湖（Lake Tahoe）6个近岸测点两年的波高与水体透明度数据完成了验证。实测数据证实了该建模工具可精准预测波浪驱动的湖床沉积物运移过程。示例应用详细剖析了塔霍湖周边风浪影响的季节与年际变化特征。受盛行西南风影响，该湖北部与东部岸段的裸露区域每年可出现多达3000小时的沉积物……