Volume 5,Issue 2
Fall 204
Long-term Satellite Observations of Coral Reef Ecosystems under Combined Marine and Meteorological Stresses
This paper mainly explores the issues related to coral reef ecosystems under combined marine and meteorological stresses. Through the analysis of long-term satellite observation data, it elaborates on the impacts of marine and meteorological factors on coral reef ecosystems, including aspects such as sea water temperature, sea-level change, and ocean acidification. It reveals the current situation and threats faced by coral reef ecosystems under combined marine and meteorological stresses and puts forward suggestions for future research directions and protection strategies.
1. Li Y, Gao Y, Zheng X, et al. (2022). Generation Mechanisms and Evaluation Methods of Coral Reef Ecosystem Functions. *Journal of Applied Oceanography*, 41(3): 475–482.
2. Chen Z, Yu K, Su F, et al. (2021). Development of a Dataset of Thermal Stress and Prediction of Coral Reefs in the South China Sea Islands (1982–2100). *Journal of Global Change Data & Discovery* (Chinese and English), 5(1): 79–88 + 192–201.
3. Zuo X, Su F, Zhang Y, et al. (2020). Identification and Analysis of Protection Priority Areas in the South China Sea Islands Under Global Climate Change. *Acta Geographica Sinica*, 75(3): 647–661.
4. Ma Z, Song Y, Zou Y, et al. (2022). Remote-Sensing Information Extraction of Coral Reefs in the Yongle Islands of the Xisha Islands Based on Deep Learning. *Journal of Applied Oceanography*, 41(4): 644–654.
5. Wang W, Zou X, Li H (2022). Multispectral Remote-Sensing Bathymetric Inversion in the Optical Shallow-Water Area of Coral Reefs in the South China Sea. *Geological Journal of China Universities*, 28(5): 758–767.
6. Li W, Huang Z, Li T (2022). Research on the Application of High-Resolution Satellite Remote-Sensing Technology in the Field of Marine Rights Protection. *China Plant Engineering*, 2022(17): 61–63.
7. Li M (2022). Population Genetics of the Widely-Distributed Porites lutea and the Dominant Low-Latitude Pocillopora verrucosa in the South China Sea, thesis, Guangxi University.
8. Wu W (2022). Construction of Time-Series Images of Ocean Night-Light Remote Sensing and Research on Human Activities in Coral Reef Areas Indicated by Them, thesis, Guangxi University.
9. Duan Z (2022). Evaluation of the Ecological Resistance of Coral Reefs in the Xisha Islands Based on Remote-Sensing Technology, thesis, Guangxi University.
10. Xiong Y (2022). Estimation of the Area of Coral Reefs in the Xisha Islands Based on Multi-Temporal Remote-Sensing Images, thesis, Guangxi University.