TAILIEUCHUNG - Comparision of several secondary metabolite and elemental ion contents of leaves from Kandelia obovata and Sonneratia caseolaris forests located in the Red river delta

In this study, we evaluated chemical responses of K. obovata and S. caseolaris through comparisons of the content of metabolites and element ions in leaves of mangrove plants located under different ecological conditions in the Red River delta. In the low salinity area (Thuy Truong), specific leaf areas of K. obovata and S. caseolaris were much lower while the succulent index was higher compared to those in the high salinity area (Kim Trung). | ACADEMIA JOURNAL OF BIOLOGY 2020 42 4 87 99 DOI 2615-9023 COMPARISION OF SEVERAL SECONDARY METABOLITE AND ELEMENTAL ION CONTENTS OF LEAVES FROM Kandelia obovata AND Sonneratia caseolaris FORESTS LOCATED IN THE RED RIVER DELTA Nguyen Thi Ngoc Loan1 Dao Van Tan1 Tran Thi Thanh Huyen1 Nguyen Hong Quang2 Le Thi Van Hue3 Pham Thi Thanh Nga2 Claire Quinn4 Rachael Carrie4 Lindsay C. Stringer4 Chris Hackney5 1 Hanoi National University of Education Ha Noi Vietnam 2 Vietnam National Space Center VAST Vietnam 3 Central Institute for Natural Resources and Environmental Studies VNU Vietnam 4 Sustainability Research Institute School of Earth and Environment University of Leeds Leeds United Kingdom 5 School of Geography Politics and Sociology Newcastle University Newcastle upon Tyne United Kingdom Received 14 May 2020 accepted 25 September 2020 ABSTRACT The two mangrove species Kandelia obovata and Sonneratia caseolaris were widely planted in the Red River delta. Both K. obovata and S. caseolaris forests play an important role in the economic development and environmental protection of the delta. However chemical responses of the common mangrove forests to different ecological conditions in the delta have not yet been described. In this study we evaluated chemical responses of K. obovata and S. caseolaris through comparisons of the content of metabolites and element ions in leaves of mangrove plants located under different ecological conditions in the Red River delta. In the low salinity area Thuy Truong specific leaf areas of K. obovata and S. caseolaris were much lower while the succulent index was higher compared to those in the high salinity area Kim Trung . In Kim Trung both species had a lower ratio of chlorophyll a chlorophyll b. K. obvata in lower light under the S. caseolaris canopy had lower levels of chlorophyll b resulting in a higher Chla chlb ratio. There was no difference in the Mg content of leaves between two areas. An increase in Na .

• Môi trường
• Kandelia obovata
• Sonneratia caseolaris
• Total phenolic
• Elemental ion contents of leaves
• Caseolaris forests located
• Tạp chí khoa học
• Mật độ và độ che phủ
• Biến động số lượng nụ
• Biến động số lượng hoa
• Biến động số lượng quả
• Biến động số lượng trụ mầm của rừng trang
• Kandelia obovata sheue
• Tỉnh Nam Định
• Bổ sung một loài trang mới
• Hệ thực vật Việt Nam
• Dấu hiệu về hình thái cơ quan sinh dưỡng
• Cơ quan sinh dưỡng
• Cấu tạo của cơ quan sinh dưỡng
• Khả năng tích lũy Cac bon
• Tích lũy Cac bon của rừng trang
• Rừng trang Kandelia Obovata Sheue Liu & Yong
• Rừng trang trồng ven biển
• Sự phát thải CO2 của đất rừng ngập mặn
• Allometric relationship
• Kandelia obovata Liu & Yong
• Biomass partition
• Chemical and biological
• Mangrove forest
• Mangrove plantation
• Carbon accumulation
• Northern Vietnam
• Plant Biology
• Mangrove plant
• 3D model
• Gene expression
• Cold resistance
• Khoa học tự nhiên
• Cacbon tích lũy
• Giảm phát thải khí nhà kính
• Dự án trồng rừng ngập mặn
• Tạp chí sinh học
• Accumulated carbon
• Greenhouse gas
• Avicennia marina
• Aegiceras corniculatum
• Bruguiera gymnorhiza
• Rhizophora stylosa
• Khí nhà kính
• Rừng ngập mặn
• Tích lũy cacbon