nutrients in atmospheric wet deposition in the Zhanjiang Bay.
Abstract
The nutrients in atmospheric wet deposition to Zhanjiang Bay and their on the impacts marine E studied based on the rainwater investigation from May 2015 to April 2016. The results showed the rainfall during the year of investigation was significantly higher the than the average annual Rai Nfall due to the influence of El Nino. In rainwater, NOand SiO 3 2 concentrations were relatively high in summer and autumn, while NO B20>3 and PO43 concentrations were Relatively high in spring and winter. The deposition fluxes of these nutrients were all highest in autumn, with a high average contribution (larger than 50%) to The wet deposition fluxes in a whole year. These seasonal variations were affected by rainfall, different sources to air masses, local human activities. A Super typhoon passing by in autumn, which brought heavy rains, contributed more to the highest deposition fluxes of Nutr Ients in autumn. The wet deposition could bring 2.04, 292.4, 8.13 and 45.8t/a of NO2-<b113 >-N, NO3-N, PO43- - p and SiO32--si into the Zhanjiang Bay. Their deposition in autumn might cause phytoplankton to increase in seawater in short period Phenomenon might be absent.
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Duce R A, Laroche J, Altieri K, et al impacts of atmospheric anthropogenic on the open nitrogen [j]. Science, 2008, 5878:893-897.
Anderson K A, Downing J. Dry and wet atmospheric deposition of nitrogen, phosphorus and silicon in an Agri-cult Ural region [J]. Water, Air, & Soil Pollution, 2006,176 (176): 351-374.
Forest-time person , Qi Jianhua , Chedindin , , and so on . inorganic ion concentrations and wet deposition in ma-rine precipitation Flux One by one study on precipitation in the China Sea and the Northwest Pacific [J ]. China Environmental Science , 2017,37 (5): 1706-1715.
Gao Huawang , Zhang Yingjuan , Zhang . The importation of atmospheric pollutants into the ocean and their eco-logical rings Border effect [J]. Earth Science Progress , 2002,17 (3): 326- .
Galloway J. Acid deposition:perspectives in time and space [j]. Water, Air, & Soil Pollution, 1995,85 (1): 15-24.
Thank you for welcoming , Zhang Shuli , Feng Wei , , and so on . progress in atmospheric nitrogen deposi-tion [J]. Chinese-born State Agricultural journal , 2010,18 (4): 897-904.
Galloway J N. The global nitrogen cycle:past, present and future [J]. Science in Series C:life Sciences, 2005,48 (Suppl 2): 669-678.
Zhao Weihong , Wang Jiangtao . atmospheric wet deposition of nutrients to the Yangtze estuary and the water concentration of the river outlet Effects of Culture [J].Marine Environment Science , 2007,26 (3): 208- 210.
Zou L, Chen H T, Zhang J. Experiment Examination of the effects of atmospheric wet deposition on primary prod-uct Ion in the Yellow Sea [J]. Journal of experimental Marine biology and Ecology, 2000,249 (1): 111-121.
Li Shiqing , Li Shengxio . nitrogen in farmland ecosystems by wet deposition in Guanzhong, Shaanxi prov-ince [J]. Agricultural Environment Protection , 1999,18 (3): 97-.
palaeobotanic button . in China's precipitation NH1 and its role in soil acidification [J]. Agriculture Industry En-vironmental Protection , 1996,15 (3): 139- 140,142.
Xiao Huilin . effects of atmospheric nitrogen deposition on forest soil acidification [J]. Forestry Science , 2001,37 (4): 111-116.
Nosengo N. Fertilized to death [J]. Nature, 2003,425:894-895.
Winchester J W, Escalona L, Meng F J, et al. Atmospheric deposition and hydrogeologic flow of nitrogen in northe RN Florida watersheds [J]. Geochimica et Cosmochimica Acta, 1995,59:
-2222.
Li wei , Lijia , Hou Jin Xiang , , and so on . characteristics and variation of acidic precipitation in Longli experi-mental area of Guizhou province trend [J]. China Environmental Science , 2010,30 (2): 155- 160.
Kang J, Cho b c, Lee C B. Atmospheric transport of water-soluble ions (N 0 , NH, and nss-s^/to the south-ern East Sea (Sea of Japan) [J]. Science of the Total Environment, 408 (one): 2369-2377.
tamatamah R A, Hecky R E, Duthie H. The atmospheric deposition of phosphorus in Lake Victoria (East Africa) [J]. Biogeochemistry, 2005,73 (2): 325-344.
Holland E A, Detenner F J, Braswell B H, et al Contemporary and pre-industrial global reactive nitrogen [J]. Bio-geochemistry, 1999,46 (1): 7-43.
rabalais N. Nitrogen in aquatic ecosystems [J]. Ambio, 2002, (2): 102-112.
Wang , Wang Wei, , Zhang Wanhua, etc. . Our country So 2 and NO . V emission intensity geographical distribu-tion and historical trends [J]. China Environmental Science, 1996,16 (3): 161-167.
Han Lijun , Zhu Yumei , Liu Suemei , , and so on . Nutrients in the atmospheric wet deposition of the Yellow Sea Trinidad Island research [J]. China Environmental Science, 2013,33 (7): 1174- 1184.
Zhu Yumei , Liu Suemei . Study on nutrients in the atmospheric wet deposition of the East China Sea [J]. Environment Section Learn , 2011,32 (9): 2724- 2731.
Humin , Zhao Weihong , Wang Jiangtao , , and so on . The nutrient of the Changjiang estuary by atmospheric wet deposition Contribution [J]. Environmental Science , 2008,29:2703- 2709.
Min Ling , Wang Xiemei , Wang Qian studied , , and so on . Atmospheric nitrogen of the Zhujiang estu-ary , beginning of the wet and dry deposition of phosphorus Step Research [J]. Journal of Tropical Oceans , 2010,29 (1): 51-56.
Afterglow , Zhang Lulu , Yan Yanwen , , and so on . characteristics of atmospheric wet deposition of nitrogen and phosphorus nutrients in Taihu Lake and into Lake contribution rate [J]. Environmental Science research , 2011,24:1210-1219.
Yang Wanhua . Arid State of Zhanjiang and sustainable use of water resources [J]. Central China Journal of Agri-cultural University : Social Science edition , 2001,4:19-23.
Shiyan , Zhang Yubin , Sun Li . characteristics and environment of eutrophication distribution in Zhanjiang Bay Relationship to child [J]. Environmental Science and technology , 2015,38:90- .
Li Fu wins, Zhangzhongxian, Li bin . Zhanjiang 1951 ~ changes in rainstorm climate special [J]. Guangdong Weather , 2012,34 (6): 35- .
Liu Yuhua . Zhanjiang characteristics of rainstorm flood and ocean tide disaster and its control countermeas-ures [J]. building materials and decorations ,2007,7:382-384.
Shoshtring , Yellow , Chen Honghong . Zhanjiang hydrological features [J]. Guangdong Water Conservancy and hydropower , 2008,2:52-60.
Cheng . Effects of the El Niño phenomenon on the northern hemisphere atmospheric circulation and precipitation in China , Large gas-scientifically ,1996,20:422-428.
Zhang Guosen , Chen Hongtao , Zhangjing , , and so on . Nutrients in the atmospheric wet deposition in the Changjiang Estuary region Preliminary Research [J]. Journal of Applied Ecology , 2003,14 (7): 1107-1111.
Song Yuchi , Qin Beqiang , Yang Longyuan , , and so on . The loss of atmospheric moisture to the Taihu Lake ecosystem Preliminary estimate of nitrogen delivery [J].Lake Science , 2005,17 (3): 226-230.
humic , Zhang Jing , Wu Zhijun . characteristics of chemical composition of precipitation in Beijing and its ap-plication to the atmosphere . Removal of granular objects[J]. China Science B Series , 2005,35 (2): 169- 176.
Huyang , Afterglow , Li Zhongjian . effects of wet deposition on lake water quality and primary produc-tion ring [J]. Yangtze River basin Resources and Environment , 2014,23 (1): 75-80.
Han Guilin , Liu Congqiang . Rainwater Chemistry in Guiyang area and Sr isotope geochemis-try [J]. environmental Chemistry , 2005,24 (2): 213-218.
Chen H Y, Chen L. Importance of anthropogenic inputs and continental-derived dust for the distribution and flu X of water-soluble nitrogen and phosphorus species in aerosol within the "East" Sea [J]. Journal of Geophysical, 2008,113:d11303.
ridame C, Guieu c. Saharan input of phosphate to the oligotrophic water of the The Open western sea [J ]. Limnology and Oceanography, 2002,47 (3): 856-869.
Anderson l D, Faul K L, Paytan A. Phosphorus associations in Aerosols:what can they tell us about P Bioavaila-bi lity [J]. Marine chemistry, 2010,120 (1-4): 44-56.
Avila A, Alarcon m. Relationship between precipitation chemistry and meteorological situations at A Rural site i n NE Spain [J]. Atmospheric environment, 1999,33 (one): 1663-1677.
Harrison R M, Grenfell J L, Peak J D, et al influence of airmass back trajectory upon nitrogen compound tion [J]. Atmospheric environment, 2000,34 (a): 1519-1527.
Wang Qian studied , Wang Xiemei , Zhong , , and so on . wet deposition of inorganic nitrogen in the Pearl River estuary and atmospheric transmission Send research[J]. Journal of Environmental Science , 2009,29 (6): 1156- 1163.
Zhang . The vertical distribution of the air flow to matter and energy transport [J]. Desert and Green Chau Weath-er , 2009,3 (2): 1-5.
Jung J Y, Furutani H, Uematsu M. Atmospheric inorganic nitrogen in marine and aerosol and its precipita-tion Sition to the north and South Pacific Oceans [J]. Journal of atmospheric Chemistry, 2011,68 (2): 157-181.
Zhang J, Zhang G S, Bi Y F, et al. nitrogen species in rainwater and aerosols of the yellow and east of Seas: Effects of the East Asian monsoon and anthropogenic emissions and relevance for the NW Pacific Ocean [J]. Global bio-geochemical Cycles, 2011,25 (3): GB3020.
Zheng Danan , Wang xuesong , Chechaudon , , and so on . Analysis of atmospheric nitrogen deposition in Chi-na [J]. China Environmental Science , 2014,34 (5): 1089-1097.
New Wen , He Lingyan , humic . Chemical composition characteristics of atmospheric precipitation in Shen-zhen [J]. Environment Science , 2008,29 (4): 1014-1019.
Zhang J, Chen S z, Yu z G, et al. Factors influencing changes in rain water composition from urban versus re-mote Regions of the Yellow Sea [J]. Journal of Geophysical, 1999,104 (D1): 1631-1644.
Jung J y, Jang y, Arimoto R, et al. atmospheric nitrogen deposition and its impact to Lake Sihwa in Korea January to September [J]. Geochemical Journal, 2009,43 (5): 305-314.
network Center for Eanet. The Data is on the acid deposition in the East Asian region [Z]. Niigata:network Center for Eanet, the
Whitall D, Hendrickson B, Paerl H. Importance of atmospherically deposited nitrogen to the annual nitrogen T of the Neuse River estuary, North Carolina [J]. Environment International, 2003,29 (2): 393-399.
Wang Jiang fly , Zhou Cojin , Wang , , and so on . Atmospheric nitrogen in Hangzhou-Huzhou area , Study on the characteristics of phosphorus deposition [J]. China Environmental Science , 2015,35 (9): 2754- 2763.
Zhang G S, Zhang J, Liu S m. Characterization of nutrients in the atmospheric wet and dry deposition observed at The two monitoring sites over Yellow Sea and east of the sea [J]. Atmospheric chemistry, 2007,57:41-57.
Lee B K, King's H, Lee D. Chemical composition of precipitation and wet deposition of major on the ions Peninsula [J]. Atmospheric environment, 2000,34:563-575.
Forest Letter , Jiangen Source , Skin Hui , , and so on . China Bay log [M]. Beijing : Ocean Publishing house , 1999:187-188.
Shiyan , Zhaolijong , Kosheng , , and so on . temporal and spatial distribution of nutrients in Zhanjiang Bay Ar-ea and potential eutrophication research [a].//Symposium on Tropical Marine Science and the first Eight session of Guangdong Marine Lakes Association , Seventh session of the Guangdong OceanographicAssociation and summary assembly [C]. 2013:390-396.
Paerl H. Enhancement of marine primary production by nitrogen-enriched acid rain [J]. Nature, 1985,315 (6022): 747-749.
Du Junmin , Chen Lich , Zhang yuan , , and so on . Typhoon Ruby acid deposition in Xiamen Sea area feature and its nitrogen , phosphorus nutrients to ocean input assessment [J]. Taiwan Strait , 2008,27 (3): 339-346.
Tengiyan , Scutto , Schowenge , , and so on . Chongming acidity characteristics of the atmospheric wet deposition of Dongtan [J]. environmental Chemistry , 2010,29 (4): 649-653.
Zou L, Chen H T, Zhang J. Experimental Examination of the effects of atmospheric wet deposition on primary produ Ction in the Yellow Sea [J]. Journal of experimental Marine biology and Ecology, 2000,249:111-121.
Redfield A C, Ketchum B H, Richards F A, et al. The influence of organisms on the composition of Sea-water [M]. The Sea:ideas and observations on progress in the study of the Seas, Volume 2. New York, Lon-don:interscience, 1963:26-77.
justic D, Rabalais N, Turner R E, et al Changes in nutrient structure of river-dominated coastal Oichiometric nu-trient balance and its consequences [J]. estuarine, coastal and shelf Science, 1995,40 (3): 339-356.
dortch Q, Whitledge T E. Does nitrogen or silicon limit phytoplankton production in the Mississippi River and plume nearby [J]. Continental Shelf, 1992,12 (one): 1293-1309.
DOI: http://dx.doi.org/10.18686/jaoe.v5i1.1162
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