基于数字赋能的泰山古柏生态修复技术应用探究

Research on the Application of Ecological Restoration Technology of Ancient Cypress Mount Tai Based on Digital Empowerment

泰山古柏(Platycladus orientalis(L)Franco)以苍劲挺直的姿态及其深厚的历史文化底蕴,成为泰山自然和文化遗产的重要组成部分,但出现了叶片枯黄、病虫害加剧、内部损伤严重等影响寿命的问题,对其进行检测诊断和健康修复迫在眉睫,因此对泰山古柏内部损伤进行准确检测尤为重要。文章从国内外当前古树无损检测方法问题分析入手,通过对国内外对古树无损检测研究分析,提出减小应力波无损检测技术误差思路,并对古树内部损伤应力波无损检测方法、古树内部损伤应力波检测波速反演算法以及关键实验步骤展开分析,以期为下一步古树名木修复计划的制定提供有效参考依据。

The cypress(Platycladus orientalis(L.)Franco)has become an important part of the natural and cultural heritage of Mount Tai with its strong and upright posture and its deep historical and cultural heritage.Therefore,it is especially important to accurately detect the internal damage of ancient cypress.The article starts from the analysis of the current nondestructive testing methods of ancient trees at home and abroad,and proposes the idea of reducing the error of stress wave nondestructive testing technology by analyzing the research on nondestructive testing of ancient trees at home and abroad,and analyzes the stress wave nondestructive testing method,wave velocity inversion algorithm and key experimental steps for the next step of ancient tree restoration plan.The results are presented in the following sections.