CHANG Chun Pin,CHEN Yi Chang,SHI Cheng Yu.Study on Continue Monitor of Nondestructive Dry-matter Technique for Dominant Plant in Taiwan Mudstone Area[J].Research of Soil and Water Conservation,2002,9(01):49-56.
台湾泥岩恶地优势植物非破坏性干物重连续监测技术之研究
- Title:
- Study on Continue Monitor of Nondestructive Dry-matter Technique for Dominant Plant in Taiwan Mudstone Area
- 分类号:
- Q93-3
- 摘要:
- 为了解台湾西南部泥岩恶地优势植物棱果榕与刺竹之生长模式，且为避免在研究过程中影响植物之生长，本研究开发可持续性且非破坏性技术，藉由量测叶片的物性而推估其干物重量。将供试植物叶片长度与最大宽度之乘积定为P值，且由试验分析结果得知，P值与干物重或叶面积均具甚高之相关系数，以自然对数转换之干物重与P值之线性关系，经由统计回归及残差分析结果，为最适称之推估模式。该模式之干物重非破坏性测定技术具有准确、简易、快速与成本低廉之特性并可作持续性成长监控，而得知生长量变化与曲线。
- Abstract:
- In order to avoid the interference of plant growth, the dry weight of Angular-fruit Fig and Thorny Bamboo must be evaluated by other measurements which can obtain nondestructive physical factors. Angular-fruit Fig and Thorny Bamboo are dominant plant on the mudstone area in South Western Taiwan. To get the growth model of dominant plant, the technique of sustainable and nondestructive dry matter estimation model must be developed. The relationship between dry weight of leaves and other physical properties need to be established in advance. Six kinds of physical properties on the leaves of Angular-fruit Fig and Thorny Bamboo were measured.The product of leaf length(L/cm) and maximum width(W max/cm), defined as C values, have high correlation coefficients with dry weight (Dw)or leaf area. The linear function between natural logarithm of dry weight(g) and natural logarithm of C values(cm2) was the best fit model.This model of he nondestructive technique for growth amount is simpler, accurater, rapider, and cheaper than other methods.
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备注/Memo
收稿日期:2000-10-13。
作者简介:张俊斌，台湾中兴大学水土保持学系博士候选人；陈意昌，台湾"内政部土地重划工程局工程司"；施证育，台湾中兴大学水土保持学系硕士班研究生.