国土与自然资源研究
國土與自然資源研究
국토여자연자원연구
TERRITORY & NATURAL RESOURCES STUDY
2013年
5期
61-63
,共3页
退化森林湿地%生态系统恢复%大兴安岭%文献综述
退化森林濕地%生態繫統恢複%大興安嶺%文獻綜述
퇴화삼림습지%생태계통회복%대흥안령%문헌종술
Degraded forest wetlands%Ecosystem restoration%the Greater Xing'an Mountains%Literature Review
退化湿地恢复与重建已成为国际湿地学前沿领域的热点问题之一。森林湿地是一个从沼泽到森林的演替阶段,是非常敏感的生态区域,是一种复杂的群落交错带,具有脆弱性、过渡性和结构、功能独特性等特点,极易受到干扰破坏而导致生态系统退化。开展交错区研究,探究其内在发生发展的规律,防治森林沼泽化和恢复利用沼泽地,合理利用自然资源,维护生态系统功能具有重要意义。文章通过整理总结大量文献的基础上,针对大兴安岭林区退化森林湿地生态系统的现状,提出深入开展大兴安岭林区退化森林湿地研究,不仅对东北林区湿地资源管理及实践也具有重要的指导意义,而且对丰富与完善我国退化森林湿地恢复理论提供例证。
退化濕地恢複與重建已成為國際濕地學前沿領域的熱點問題之一。森林濕地是一箇從沼澤到森林的縯替階段,是非常敏感的生態區域,是一種複雜的群落交錯帶,具有脆弱性、過渡性和結構、功能獨特性等特點,極易受到榦擾破壞而導緻生態繫統退化。開展交錯區研究,探究其內在髮生髮展的規律,防治森林沼澤化和恢複利用沼澤地,閤理利用自然資源,維護生態繫統功能具有重要意義。文章通過整理總結大量文獻的基礎上,針對大興安嶺林區退化森林濕地生態繫統的現狀,提齣深入開展大興安嶺林區退化森林濕地研究,不僅對東北林區濕地資源管理及實踐也具有重要的指導意義,而且對豐富與完善我國退化森林濕地恢複理論提供例證。
퇴화습지회복여중건이성위국제습지학전연영역적열점문제지일。삼림습지시일개종소택도삼림적연체계단,시비상민감적생태구역,시일충복잡적군락교착대,구유취약성、과도성화결구、공능독특성등특점,겁역수도간우파배이도치생태계통퇴화。개전교착구연구,탐구기내재발생발전적규률,방치삼림소택화화회복이용소택지,합리이용자연자원,유호생태계통공능구유중요의의。문장통과정리총결대량문헌적기출상,침대대흥안령림구퇴화삼림습지생태계통적현상,제출심입개전대흥안령림구퇴화삼림습지연구,불부대동북림구습지자원관리급실천야구유중요적지도의의,이차대봉부여완선아국퇴화삼림습지회복이론제공예증。
Degradation of wetland restoration and reconstruction has become one of the hot issues of the frontier of wetlands inter-national. Forested wetlands is along the swamp to the forest stage of succession and very sensitive ecological area, is a complex ecotone, characteristics of fragile, transitional and structural, func-tional uniqueness, susceptible to damage caused by the degrada-tion. Such research ecotone, explore the development of the law of the inherent happened, prevention and control of forest swamp and being reclaimed marshland, rational use of natural resources, Maintenance of ecosystem function is important. By finishing sum-marizing the extensive literature on the basis of the Greater Xing'an Mountains degraded forest wetland ecosystem status quo , it is proposed to carry out the Greater Xing'an Mountains degraded forest wetland research, not only for the Northeast forest wetland resource management practice also has important guiding signifi-cance but also to enrich and improve our degraded forest wetland restoration theory example.