Correction: Wu, Y.; Zhao, W. Fine Identification of Lake Water Bodies and Near-Water Land Using Multi-Source Remote Sensing Fusion: A Case Study of Weishan Lake, China. Sustainability 2026, 18, 344
- Since reference 43 has been retracted for some reason, the authors wish to replace it with a new reference.
- 43.
- Li, P.; Wang, Q.; Umair, M.; Shamshieva, N.; Zheng, Y. Three decades of wetland transformation in the middle and lower Yangtze River Basin: Classification, inundation dynamics, and ecological impacts. Ecol. Indic. 2025, 177, 113615. https://doi.org/10.1016/j.ecolind.2025.113615.
- 43.
- Zhao, Z.; Li, H.; Song, X.; Sun, W. Dynamic Monitoring of Surface Water Bodies and Their Influencing Factors in the Yellow River Basin. Remote Sens. 2023, 15, 5157. https://doi.org/10.3390/rs15215157.
- 2.
- The authors would like to change the confidence interval of the table content, so we need to replace the original Table 3:
| Month (2024) | RF OA (95% CI) | RF Kappa (95% CI) | CART OA (95% CI) | CART Kappa (95% CI) |
|---|---|---|---|---|
| January | 0.9704 (0.9704–0.9704) | 0.9367 (0.9367–0.9367) | 0.9752 (0.9752–0.9752) | 0.9483 (0.9483–0.9483) |
| February | 0.9980 (0.9980–0.9980) | 0.9956 (0.9956–0.9956) | 0.9938 (0.9938–0.9938) | 0.9868 (0.9868–0.9868) |
| March | 0.9898 (0.9898–0.9898) | 0.9608 (0.9608–0.9608) | 0.9766 (0.9766–0.9766) | 0.9498 (0.9498–0.9498) |
| April | 0.9845 (0.9845–0.9845) | 0.9672 (0.9672–0.9672) | 0.9796 (0.9796–0.9796) | 0.9566 (0.9566–0.9566) |
| May | 0.9438 (0.9438–0.9438) | 0.8776 (0.8776–0.8776) | 0.9392 (0.9392–0.9392) | 0.8683 (0.8683–0.8683) |
| June | 0.9308 (0.9308–0.9308) | 0.8502 (0.8502–0.8502) | 0.9011 (0.9011–0.9011) | 0.7934 (0.7934–0.7934) |
| July | – | – | – | – |
| August | 0.9516 (0.9516–0.9516) | 0.8959 (0.8959–0.8959) | 0.9477 (0.9477–0.9477) | 0.8885 (0.8885–0.8885) |
| September | 0.9568 (0.9568–0.9568) | 0.9094 (0.9094–0.9094) | 0.9779 (0.9779–0.9779) | 0.9534 (0.9534–0.9534) |
| October | 0.9628 (0.9628–0.9628) | 0.9177 (0.9177–0.9177) | 0.9826 (0.9826–0.9826) | 0.9622 (0.9622–0.9622) |
| November | 0.9936 (0.9936–0.9936) | 0.9868 (0.9868–0.9868) | 0.9916 (0.9916–0.9916) | 0.9824 (0.9824–0.9824) |
| December | – | – | – | – |
| Month (2024) | RF OA (95% CI) | RF Kappa (95% CI) | CART OA (95% CI) | CART Kappa (95% CI) |
|---|---|---|---|---|
| January | 0.9704 (0.9607–0.9814) | 0.9367 (0.9158–0.9601) | 0.9752 (0.9675–0.9855) | 0.9483 (0.9324–0.9695) |
| February | 0.9980 (0.9853–0.9996) | 0.9956 (0.9756–0.9930) | 0.9938 (0.9925–0.9979) | 0.9868 (0.9946–0.9956) |
| March | 0.9898 (0.9743–0.9887) | 0.9608 (0.9443–0.9762) | 0.9766 (0.9760–0.9910) | 0.9498 (0.9480–0.9807) |
| April | 0.9845 (0.9602–0.9803) | 0.9672 (0.9113–0.9569) | 0.9796 (0.9644–0.9851) | 0.9566 (0.9243–0.9684) |
| May | 0.9438 (0.9297–0.9585) | 0.8776 (0.8470–0.9088) | 0.9392 (0.9247–0.9508) | 0.8683 (0.8367–0.8946) |
| June | 0.9308 (0.9157–0.9458) | 0.8502 (0.8155–0.8817) | 0.9011 (0.8826–0.9182) | 0.7934 (0.7529–0.8316) |
| July | – | – | – | – |
| August | 0.9516 (0.9408–0.9659) | 0.8959 (0.8713–0.9279) | 0.9477 (0.9295–0.9575) | 0.8885 (0.8505–0.9102) |
| September | 0.9568 (0.9455–0.9672) | 0.9094 (0.8855–0.9313) | 0.9779 (0.9613–0.9801) | 0.9534 (0.9177–0.9580) |
| October | 0.9628 (0.9517–0.9747) | 0.9177 (0.8923–0.9442) | 0.9826 (0.9724–0.9906) | 0.9622 (0.9403–0.9792) |
| November | 0.9936 (0.9906–0.9972) | 0.9868 (0.9803–0.9942) | 0.9916 (0.9878–0.9970) | 0.9824 (0.9744–0.9938) |
| December | – | – | – | – |
Reference
- Wu, Y.; Zhao, W. Fine Identification of Lake Water Bodies and Near-Water Land Using Multi-Source Remote Sensing Fusion: A Case Study of Weishan Lake, China. Sustainability 2026, 18, 344. [Google Scholar] [CrossRef]
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Wu, Y.; Zhao, W. Correction: Wu, Y.; Zhao, W. Fine Identification of Lake Water Bodies and Near-Water Land Using Multi-Source Remote Sensing Fusion: A Case Study of Weishan Lake, China. Sustainability 2026, 18, 344. Sustainability 2026, 18, 1928. https://doi.org/10.3390/su18041928
Wu Y, Zhao W. Correction: Wu, Y.; Zhao, W. Fine Identification of Lake Water Bodies and Near-Water Land Using Multi-Source Remote Sensing Fusion: A Case Study of Weishan Lake, China. Sustainability 2026, 18, 344. Sustainability. 2026; 18(4):1928. https://doi.org/10.3390/su18041928
Chicago/Turabian StyleWu, Yu’ang, and Weijun Zhao. 2026. "Correction: Wu, Y.; Zhao, W. Fine Identification of Lake Water Bodies and Near-Water Land Using Multi-Source Remote Sensing Fusion: A Case Study of Weishan Lake, China. Sustainability 2026, 18, 344" Sustainability 18, no. 4: 1928. https://doi.org/10.3390/su18041928
APA StyleWu, Y., & Zhao, W. (2026). Correction: Wu, Y.; Zhao, W. Fine Identification of Lake Water Bodies and Near-Water Land Using Multi-Source Remote Sensing Fusion: A Case Study of Weishan Lake, China. Sustainability 2026, 18, 344. Sustainability, 18(4), 1928. https://doi.org/10.3390/su18041928

