Study of the Natural Heritage Condition of the Kursiu Nerija National Park Using Lidar Technology (Case Study of Agila Dune)

Deimante Pankauskyte, J. Valciukiene, Indrius Kuklys, Lina Kuklienė
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Abstract

Analysis of the condition of the Agila dune is presented in this Article. The analysis is based on data collected during accurate geodetic measurements using LIDAR technology. The current state of the Agila dune was compared to the data of the previous year's LIDAR points in order to ensure the reliability and value of the research. In the course of the study, eleven cross sections were compared by height differences with previous year‘s measurements. The condition of the Agila dune was found to be the worst in three cross sections. First cross section‘s erosion measured at 13,98 meters, erosion in the fifth cross section – 9.90 meters, and erosion in the eighth cross section - 11.34 meters. The main reasons for the deterioration of the natural values of the Kursiu Nerija National Park are climate, wind, high visitor flows and the persistent failure to carry out comprehensive research. Therefore, in order to preserve these unique natural values, it is important to collect large-scale and high-precision data on the status of these values, to systematize, analyze and take appropriate protective measures.
基于激光雷达技术的Kursiu Nerija国家公园自然遗产状况研究(以Agila沙丘为例)
本文对阿吉拉沙丘的形成条件进行了分析。该分析基于使用激光雷达技术进行精确大地测量期间收集的数据。为了确保研究的可靠性和价值,将Agila沙丘的当前状态与前一年的激光雷达点数据进行了比较。在研究过程中,将11个横截面与前一年的测量值进行了身高差异比较。在三个断面中,阿吉拉沙丘的状况最差。第一个断面的侵蚀量为13.98米,第五个断面的侵蚀量为9.90米,第八个断面的侵蚀量为11.34米。Kursiu Nerija国家公园自然价值恶化的主要原因是气候、风、高游客流量和持续未能开展全面的研究。因此,为了保护这些独特的自然价值,需要大规模、高精度地收集这些价值的现状数据,进行系统化、分析并采取相应的保护措施。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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