生物多样性

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中国长臂猿的研究进展与保护

范朋飞   

  1. 中山大学生命科学学院, 广州 510275
  • 收稿日期:2025-11-12 修回日期:2026-03-06 接受日期:2026-03-19
  • 通讯作者: 范朋飞

Research advances and conservation of gibbons in China

Pengfei Fan   

  1. School of Life Sciences, Sun Yat-sen University, Guangzhou 510275, China
  • Received:2025-11-12 Revised:2026-03-06 Accepted:2026-03-19
  • Contact: Pengfei Fan

摘要: 长臂猿曾经广泛分布于中国。受栖息地大规模丧失的影响, 我国长臂猿的分布区不断从北向南, 从东往西退缩, 目前仅存于我国云南、广西、海南和西藏的偏远山区。为了促进我国长臂猿的研究和保护, 本文按照时间顺序简要回顾了我国长臂猿的研究历史和主要进展。2000多年前, 中国古人已经能区分猿与猴, 并对其形态特征有了初步描述。在随后的1,000多年中, 中国古人对长臂猿的认识逐渐深入, 对其分布、行为习性和毛色变化都有准确的描述。从1980年开始, 随着调查的深入和采集标本数量的增加, 我国学者逐渐摸清了我国长臂猿的分布和种类。此时, 国内外学者开始研究我国长臂猿的行为与生态, 并取得了初步进展。2000年以后, 我国成功实现对野生长臂猿的习惯化, 进行年周期观察, 并对部分种群进行了持续监测, 获得了各种长臂猿详细的行为、生态、社会结构和生活史等数据。同时, 红外相机、无人机、被动声学监测等新的技术手段被用于我国长臂猿的研究和保护中。在这一部分, 本文按照分类和系统发育、种群遗传学、家域和栖息地利用、觅食行为、通讯行为、过夜行为、社会组织和结构、生活史和繁殖、保护等9方面对我国长臂猿的研究进展进行了介绍。随着国家的进一步重视和研究的深入, 我国部分长臂猿种群出现恢复的迹象。未来, 随着生物多样性保护的主流化, 我国长臂猿的研究重心将转向于保护研究。对长臂猿营养生态学、繁殖生态学、种间竞争的深入研究、新的种群监测技术的研发和应用、对隔离的小种群进行转移安置、以及通过野化放归重建灭绝物种的野外种群将进一步促进我国长臂猿的种群恢复。任何科学研究都离不开人才的培养, 希望有更多的年轻人投身于我国长臂猿的研究与保护事业。

关键词: 长臂猿, 分类, 种群遗传, 觅食, 通讯, 过夜, 社会组织与结构, 生活史, 繁殖

Abstract

Aims: Gibbons were once widely distributed in China. Due to massive habitat loss, gibbon distribution range shrunk from north to south, and from east to west in China. Nowadays, they can only be found in remote areas in Yunnan, Guangxi, Hainan, and South Tibet. To promote research and conservation of gibbons in China, I provided a chronological overview of the research history and major advances in the study of gibbons in China. 

Methods: I reviewed the literature relevant to gibbon morphology, taxonomy and phylogeny, genetics, ecology, and conservation in China, and presented the results in three sections arranged chronologically. 

Results: More than 2000 years ago, ancient Chinese people have distinguished gibbons from monkeys, and briefly described their morphology. Over the following more than 1,000 years, the ancient Chinese people’s understanding of the gibbon gradually deepened, and they provided descriptions of its distribution, behavioral and coat color changes. Since 1980, with the deepening of investigations and the increase in the number of specimens collected, Chinese scholars have gradually clarified the distribution and taxonomy of gibbons in China. At this time, scholars from China and abroad began to study the behavior and ecology of gibbons in China and made initial progress. After 2000, scholars successfully habituated wild gibbons, conducted year around observations, and continuously monitored some populations, obtaining detailed data on the behavior, ecology, social structure, and life history of various species. Meanwhile, new technologies such as infrared cameras, drones, and passive acoustic monitoring have been applied to the research and protection of gibbons in China. In this section, I synthesized the research progress in nine key areas: taxonomy and phylogenetics, population genetics, home range and habitat utilization, foraging behavior, communication, sleeping behavior, social organization and structure, life history and reproduction, as well as conservation. 

Conclusion: Significant progress has been made in the research and conservation of Chinese gibbons over the past 20 years. Some gibbon populations in China has shown signs of recovery. In the future, with the mainstreaming of biodiversity conservation, the research focus of gibbons in our country will shift to conservation studies. In-depth research on the nutritional ecology, reproductive ecology and interspecific competition of gibbons, as well as the development and application of new population monitoring technologies, translocation of small isolated individuals, and reintroduction of captive gibbons to their historical habitat will further promote the population recovery of gibbons in China. No scientific research can do without the training of talents. It is hoped that more young people will devote themselves to the research and protection of gibbons in our country.

Key words: gibbon, taxonomy, population genetics, feeding, communication, sleeping, social organization and structure, life history, breeding.