引用本文:	陈玉军,廖宝文,黄勃,张乔民,徐大平,陈元海,林卫海,李玫.秋茄(Kandelia obovata)和无瓣海桑(Sonneratia apetala)红树人工林消波效应量化研究.海洋与湖沼,2011,42(6):764-770.

【打印本页】【HTML】【下载PDF全文】【查看/发表评论】【下载PDF阅读器】【关闭】

过刊浏览高级检索

本文已被：浏览 2639次下载 2541次	码上扫一扫！
分享到：微信更多字体:加大+\|默认\|缩小-
*秋茄(Kandelia obovata)和无瓣海桑(Sonneratia apetala)红树人工林消波效应量化研究*
陈玉军¹, 廖宝文¹, 黄勃², 张乔民³, 徐大平¹, 陈元海⁴, 林卫海⁴, 李玫¹
1.中国林业科学研究院热带林业研究所;2.海南大学海洋学院;3.中国科学院南海海洋研究所;4.海南东寨港国家级自然保护区管理局

摘要:

采用野外监测的方法对海南东寨港三江湾秋茄和无瓣海桑红树人工林的消波效应进行了量化研究。结果表明, 裸露海滩的消波作用较弱, 波浪在经过裸滩 50m 后, 1/10 波高、1/3 波高和平均波高分别减低 2.9%、 4.4%和 5.8%。红树林的消波作用显著, 总体来说, 波浪在经过秋茄林 50m 后, 1/10 波高、1/3 波高和平均波高分别减低 46.3%、46.4%和 46.1%, 在经过无瓣海桑林 50m 后分别减低 30.1%、29.6%和 28.8%。红树林的消波率随林分基部断面积的增大而增加; 在浅水区域, 红树林的消波率随水深增加而降低; 在水深相同的条件下, 红树林的消波效应随着波高的增加而增强; 红树林的消波率与波浪的传播距离呈非线性正相关性, 随着传播距离的增加, 波高持续降低, 但降幅减小。

关键词: 人工红树林, 秋茄, 无瓣海桑, 消波效应

DOI：10.11693/hyhz201106003003

分类号:

基金项目:国家林业科技支撑计划专题“消浪红树林带防护效益研究及人工红树林生态功能恢复评价”, 2009BADB2B0404 号; 中央级公益性科研院所基本科研业务费专项资金项目“海南东寨港红树林生态效益研究”, 6309 号

附件

STUDIES ON THE QUANTITATIVE ATTENUATION EFFECT OF ARTIFICIAL MANGROVE KANDELIA OBOVATA AND SONNERATIA APETALA ON WAVES

CHEN Yu-Jun¹, LIAO Bao-Wen¹, HUANG Bo², ZHANG Qiao-Min³, XU Da-Ping¹, CHEN Yuan-Hai⁴, LIN Wei-Hai⁴, LI Mei¹

1.Research Institute of Tropical Forestry, Chinese Academy of Forestry;2.Ocean College, Hainan University;3.South China Sea Institute of Oceanology, Chinese Academy of Sciences;4.Hainan Dongzhai Harbor National Nature Reserve

Abstract:

Attenuation effect of artificial mangrove Sonneratia apetala and Kandelia obovata on waves was studied quantitatively through field monitoring at Sanjiang Bay, Dongzhai Harbor, Hainan. The results showed that bare mudflat could only attenuate waves slightly, with 1/10 wave height, 1/3 wave height and mean wave height reduced by 2.9%, 4.4% and 5.8% respectively after the waves traveled 50m across the mudflat. Significant attenuation effect on waves could be seen of both artificial mangrove forests. In general, 1/10 wave height, 1/3 wave height and mean wave height were reduced by 46.3%, 46.4% and 46.1% respectively after the waves traveled 50m across artificial K. obovata forest stand, and the same indexes were reduced by 30.1%, 29.6% and 28.8% respectively on artificial S. apetala forest stand. Larger section area of mangrove forest stand turned to result in higher wave attenuation rate. At shallow water area, attenuation rate of mangrove forest decreased as the water grew deeper. While at the same water depth, attenuation rate of mangrove increased as wave height grew higher. Attenuation rate of mangrove on waves kept a nonlinearly positive relationship with travel distance of the waves. With the extension of waves across mangrove forest, wave height tended to be reduced continually, while the decline rate became less significant gradually.

Key words: Artificial mangrove forest, Kandelia obovata, Sonneratia apetala, Attenuation effect on waves