滩涂海水种植-养殖系统细菌生态学研究

摘要/Abstract

摘要： 滩涂海水种植-养殖系统是一种新型的生态养殖模式.对种植红树林的滩涂种植-养殖系统中细菌的生物量分布和水质的分析结果表明,由于红树林的净化作用,该系统内的水质达到Ⅱ～Ⅲ类海水水质标准,而对照塘的处于Ⅳ、Ⅴ类水质标准.系统中处理塘的异养菌、弧菌、磷细菌和产酶类细菌的数量比未种红树林的对照塘低1～2个数量级.用CORREL软件分析了细菌与水质的相关关系,异养菌、弧菌、磷细菌和产酶类细菌的数量与水体中的氮磷含量呈正相关.其中异养菌与弧菌的相关系数为0.9205,与氮磷的相关系数为0.6535(N)、0.8342(P),表明异养菌和弧菌可作为滩涂海水养殖系统水质的生物监测指标.

关键词: 种植养殖系统, 红树林, 细菌生态学

Abstract: ng system in inter tidal zone is a new type eco-culturing model.The survey on bacteria biomass and water quality in the designed planting culturing system in inter-tidal zone showed that the mangrove planted in the system improved water quality and made water quality to Ⅱ～Ⅲ type,better than the Ⅳ and Ⅴ type in the control pond.Designed ponds made heterotrophic bacteria,vibrio,phosphorus bacteria and enzyme-producing bacteria populations 1～2 order lower than the control pond without mongrove planting.Correlation analyses with CORREL software showed that the biomass of these bacteria was positively related with the nitrogen and phosphorus contents in water of the system,and the correlation coefficient for heterogeneous bacteria and vibrio was up to 0.9205.Heterotrophic bacteria and vibrio could be used as the water-quality monitoring organisms.

Key words: Plant-culture system, Mangrove, Bacteria ecology

中图分类号:

Q938

黄凤莲, 夏北成, 戴欣, 陈桂珠. 滩涂海水种植-养殖系统细菌生态学研究[J]. 应用生态学报, 2004, (6): 1030-1034.

HUANG Fenglian, XIA Beicheng, DAI Xin, CHEN Guizhu . Bacteria ecology in planting-culturing system[J]. Chinese Journal of Applied Ecology, 2004, (6): 1030-1034.

参考文献

[1] Chen J-Z(陈家长),Jian J-C(简纪常),Hu G-D(胡庚东).2002.Study of using microbacteria to improve the water environment of aquaculture.J Zhanjiang Ocean Univ(湛江海洋大学学报),22(4):33～36(in Chinese)
[2] Chen S-T(陈水土),Su G-C(苏国成),Du Q-H(杜庆红),et al.1996.Aquatic environmental characterstics of shrimp culture in daguanban reclamation area during 1993 and 1994.Mar Sci Bull(海洋通报),15(1):91～96(in Chinese)
[3] Deng X-G(邓晓皋),Tang Y(唐).2001.Selection and determination of some Photosynthetic Bacteria(PSB)applied to refine sewage.J Sichuan Normal Univ(Nat Sci)(四川师范大学学报(自然科学版)),22(1)84～88(in Chinese)
[4] Fang Z-S(方志山),Yang S-Y(杨圣云),Jiang H-Q(江惠琼),et al.2002.Changes of main environmental factors of composite culture system in Longhaixibian.J Xiamen Univ(Nat Sci)(厦门大学学报(自然科学版)),41(3):349～353(in Chinese)
[5] Guo P(郭平),Xu M-M(许美美).1994.The bacterial variation in the water environment of cultured prawn pond.Ocean Limno Sci(海洋与湖沼),25(6):625～629(in Chinese)
[6] Hai J(海晶).1997.Aquaculture & environment in east-south Asia.Adv Environ Sci(环境科学进展),(5):17～19(in Chinese)
[7] Ji X-L(计新丽),Lin X-T(林小涛),Xu Z-N(许忠能).2000.Mechanism of mari culture self-pollution and its effects on environment.Mar Environ Sci(海洋环境科学),19(4):66～71(in Chinese)
[8] Jia J-S(贾建三).2000.Present state/question and prospect of aquaculture in new era.Chin Fish Econ Res(中国渔业经济研究),(4):12～17(in Chinese)
[9] Jiang X-Y(姜新耀),Wang L-Q(王丽卿),Chen M-K(陈马康).1994.The measurements of bacterioplankton growth rate and its seasonal variation.J Shanghai Fish Univ(上海水产大学学报),6(4):258～262(in Chinese)
[10] Li C-Y(李春雁),Yang Y-L(杨永亮),Mou X-Y(牟晓燕),et al.2000.Bacteria ecology of alagoon-yuehu inlet,rongcheng bay,China.Acta Qingdao Univ(Nat Sci)(青岛大学学报(自然科学版)),13(1):67～71(in Chinese)
[11] Li H-R(李会荣),Yu Y(俞勇),Li Y(李筠),et al.2001.Selection and identification of marine probiotics.H-Tech Commun(高技术通讯),(9):18～22(in Chinese)
[12] Li Q-F(李秋芬),Qu K-M(曲克明),Xin F-Y(辛福言),et al.2001.Isolation and selection of functional bacteria for bioremediation of shrimp culture environment.Chin J Appl Environ Biol(应用与环境生物学报),7(3):281～285(in Chinese)
[13] Li Q-F(李秋芬),Yuan Y-X(袁有宪).2000.Outlook for bioremediation researches on marine aquacultural environment.J Fish Sci China(中国水产科学),7(2):90～92(in Chinese)
[14] Lin R-G(林荣根).2001.Effect of aquacultural environment on the shrimp growth and the pathogen transmission.Mar Sci(海洋科学),25(7):11～14(in Chinese)
[15] Luo L(罗琳),Shu T-F(舒廷飞),Wen Y-M(温琰茂).2002.Effects of aquaculture on coastal ecological environment.Acta Fish Sci(水产科学),21(3):28～30(in Chinese)
[16] Qiu H-D(邱宏端),Chen Z-W(陈智伟),Yuan Z-G(袁重桂).2003.Antagonistic action of salt-resistant Rhodospirillaceae bacteria on aquacultural pathogens.J Fish China(水产学报),27(1):69～74(in Chinese)
[17] Qu K-M(曲克明),Li B-S(李勃生).2000.A review on ecological environment of shrimp culture.Mar Fish Res(海洋水产研究),21(3):67～71(in Chinese)
[18] Qu K-M(曲克明),Li Q-F(李秋芬),Chen B-J(陈碧鹃),2000.Artificial regulation and features of the ecological environment of shrimp pond.J Ocea Huanghai-Bohai Seas(黄渤海海洋),18(3):72～80(in Chinese)
[19] Wang J-L(王家玲).1986.Environmental Microbe Experiment.Beijing:China High Education Press.(in Chinese)
[20] Zhang J-C(张加春),Yuan D-Y(阮东义),Yi Q(易琴).2000.The study of bacteria in Spirulina culture pools of Chenghai in Yunnan.J Yunnan Univ(Nat Sci)云南大学学报(自然科学版),22(6):465～467(in Chinese)