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- W4310255051 abstract "Estuarine tidal flats are located in the land-sea crisscross-sensitive zone. The degraded and shrinking state of major tidal flat landscapes weakens their ecological role in maintaining the safety of coastal wetlands in the world. However, little attention has been paid to tidal flat landscape evolution and ecological risks due to the tidal flats being located in the periphery of estuarine wetlands. This study was conducted in the tidal flats of the Liaohe estuary wetlands. The GIS spatial analysis and a transition matrix were combined to explore the tidal flat landscape evolution characteristics. The ecological risk faced by the tidal flats was evaluated by a landscape ecological risk model constructed by landscape indexes. The key driving factors and threshold values that affect the ecological risks were clarified using geographical detectors and regression analysis methods. The results showed that the tidal flats mainly evolved into a natural wetland before 2000 and rapidly changed into an artificial landscape between 2000 and 2010; the proportion of artificial landscapes then began to decline after 2010. Over the past 30 years, the landscape ecological risk in this area has generally been at a medium risk level. The ecological risk index showed a decreasing trend with the increases in landscape diversity. The low-risk artificial plaques have gradually replaced high-risk and medium-risk plaques of exposed tidal flats and natural wetlands. The study showed that human development activities were the key factors affecting the landscape ecological risks of the tidal flats. River sediment discharge was the key natural factor in maintaining the landscape ecological risk at a stable level. Therefore, the human development activities should be controlled within an appropriate limit, and the material supply of the upstream basin should be guaranteed to maintain the stability of the tidal flat landscape form in the protection and utilization of estuarine tidal flats in the future." @default.
- W4310255051 created "2022-11-30" @default.
- W4310255051 creator A5006951653 @default.
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- W4310255051 date "2022-11-28" @default.
- W4310255051 modified "2023-10-11" @default.
- W4310255051 title "Landscape ecological risk assessment and driving mechanism of coastal estuarine tidal flats—A case study of the liaohe estuary wetlands" @default.
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- W4310255051 cites W1930837542 @default.
- W4310255051 cites W1965862618 @default.
- W4310255051 cites W1976239158 @default.
- W4310255051 cites W1984143623 @default.
- W4310255051 cites W2001317684 @default.
- W4310255051 cites W2006249338 @default.
- W4310255051 cites W2021242499 @default.
- W4310255051 cites W2021275333 @default.
- W4310255051 cites W2027390329 @default.
- W4310255051 cites W2054218813 @default.
- W4310255051 cites W2079044071 @default.
- W4310255051 cites W2093101101 @default.
- W4310255051 cites W2107325428 @default.
- W4310255051 cites W2108836473 @default.
- W4310255051 cites W2115456063 @default.
- W4310255051 cites W2119474749 @default.
- W4310255051 cites W2158677263 @default.
- W4310255051 cites W2163283323 @default.
- W4310255051 cites W2186152398 @default.
- W4310255051 cites W2193675132 @default.
- W4310255051 cites W2211234689 @default.
- W4310255051 cites W2343188872 @default.
- W4310255051 cites W2522580218 @default.
- W4310255051 cites W2541101224 @default.
- W4310255051 cites W2546552554 @default.
- W4310255051 cites W2608896318 @default.
- W4310255051 cites W2733098106 @default.
- W4310255051 cites W2735488265 @default.
- W4310255051 cites W2743733406 @default.
- W4310255051 cites W2793319831 @default.
- W4310255051 cites W2801040151 @default.
- W4310255051 cites W2801058763 @default.
- W4310255051 cites W2811284901 @default.
- W4310255051 cites W2888305999 @default.
- W4310255051 cites W2888512619 @default.
- W4310255051 cites W2892370748 @default.
- W4310255051 cites W2900541403 @default.
- W4310255051 cites W2903592875 @default.
- W4310255051 cites W2908492806 @default.
- W4310255051 cites W2910223271 @default.
- W4310255051 cites W2914707330 @default.
- W4310255051 cites W2986757608 @default.
- W4310255051 cites W3000221686 @default.
- W4310255051 cites W3001435799 @default.
- W4310255051 cites W3011628176 @default.
- W4310255051 cites W3022102290 @default.
- W4310255051 cites W3030931411 @default.
- W4310255051 cites W3043499852 @default.
- W4310255051 cites W3063599440 @default.
- W4310255051 cites W3092523968 @default.
- W4310255051 cites W3093490011 @default.
- W4310255051 cites W3093712740 @default.
- W4310255051 cites W3107923353 @default.
- W4310255051 cites W3112896637 @default.
- W4310255051 cites W3115927557 @default.
- W4310255051 cites W3121115637 @default.
- W4310255051 cites W3126740276 @default.
- W4310255051 cites W3132401076 @default.
- W4310255051 cites W3132442605 @default.
- W4310255051 cites W3157745641 @default.
- W4310255051 cites W3163193707 @default.
- W4310255051 cites W3163307246 @default.
- W4310255051 cites W3165326719 @default.
- W4310255051 cites W3170798720 @default.
- W4310255051 cites W3172028405 @default.
- W4310255051 cites W3180989196 @default.
- W4310255051 cites W3189841103 @default.
- W4310255051 cites W3192399578 @default.
- W4310255051 cites W3203703944 @default.
- W4310255051 cites W4210697778 @default.
- W4310255051 cites W4214902610 @default.
- W4310255051 cites W4220707576 @default.
- W4310255051 cites W4223540603 @default.
- W4310255051 cites W4238310321 @default.
- W4310255051 cites W4249579502 @default.
- W4310255051 cites W4283778280 @default.
- W4310255051 cites W785764097 @default.
- W4310255051 doi "https://doi.org/10.3389/fenvs.2022.1070009" @default.
- W4310255051 hasPublicationYear "2022" @default.
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