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辽宁拥有丰富的古生物化石资源,它们在中国乃至世界范围内具有较高知名度,具有非常高的科研、科普和社会经济价值。根据近年来辽宁古生物化石资源的调查成果资料,对辽宁古生物化石的类型、时空分布规律等进行总结研究,并分析了辽宁古生物地质遗迹的保护利用现状,对其保护和利用模式进行分析探讨。提出了化石保护与利用多元化发展模式,并挖掘化石的最大优势,对化石资源研学旅行开发进行探讨和设计,以化石文化为依托打造化石衍生文创产品。对古生物化石特征的总结以及对保护利用模式的探讨,能够为辽宁古生物化石的深入研究工作提供基础材料,为辽宁的古生物化石产业发展提供思路。 相似文献
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Through the re-investigation and understanding of the “mud crack-like sedimentary structure” in the Qiaotou Formation from late Mesoproterozoic to early Neoproterozoic in the eastern Liaoning, and by comparing with the contemporaneous microbial induced sedimentary structure (MISS) in other areas of the NCC, For the first time, the fractured sedimentary structure discovered in the Qiaotou Formation in Liaoning was identified as MISS.Results: The fissure structure found in the Qiaotou Formation is MISS, which is formed by the physical destruction of microbial mats.Conclusions: The MISS identified in the Qiaotou Formation has spindle-like, three-connected ornithoid and partially connected branched morphology, so it is speculated that the Qiaotou Formation was formed in the sedimentary environment of the upper part of the supratidal zone. This discovery provides basis for stratigraphic and sedimentological studies of the Qiaotou Formation, and is of great significance for studying the evolution of early life on earth and exploring the long-term impact of biota on the atmosphere and hydrosphere. 相似文献
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Through the re-investigation and understanding of the “mud crack-like sedimentary structure” in the Qiaotou Formation from late Mesoproterozoic to early Neoproterozoic in the eastern Liaoning, and by comparing with the contemporaneous microbial induced sedimentary structure (MISS) in other areas of the NCC, For the first time, the fractured sedimentary structure discovered in the Qiaotou Formation in Liaoning was identified as MISS.Results: The fissure structure found in the Qiaotou Formation is MISS, which is formed by the physical destruction of microbial mats.Conclusions: The MISS identified in the Qiaotou Formation has spindle-like, three-connected ornithoid and partially connected branched morphology, so it is speculated that the Qiaotou Formation was formed in the sedimentary environment of the upper part of the supratidal zone. This discovery provides basis for stratigraphic and sedimentological studies of the Qiaotou Formation, and is of great significance for studying the evolution of early life on earth and exploring the long-term impact of biota on the atmosphere and hydrosphere. 相似文献
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辽宁拥有丰富的古生物化石资源,它们在中国乃至世界范围内具有较高知名度,具有非常高的科研、科普和社会经济价值。根据近年来辽宁古生物化石资源的调查成果资料,对辽宁古生物化石的类型、时空分布规律等进行总结研究,并分析了辽宁古生物地质遗迹的保护利用现状,对其保护和利用模式进行分析探讨。提出了化石保护与利用多元化发展模式,并挖掘化石的最大优势,对化石资源研学旅行开发进行探讨和设计,以化石文化为依托打造化石衍生文创产品。对古生物化石特征的总结以及对保护利用模式的探讨,能够为辽宁古生物化石的深入研究工作提供基础材料,为辽宁的古生物化石产业发展提供思路。 相似文献
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