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总结
多家科普与学术媒体综合近期研究观点称，火星并非长期彻底干涸：在寒冷的古火星气候条件下，若地表形成较薄冰层并具备合适的热量与盐度等因素，冰下水体可能在地下维持液态，甚至以“隐蔽湖泊”形态持续存在较长时间。相关内容也提及祝融号等探测任务带来的线索与争议。该结论将影响对火星水循环、宜居性评估及未来着陆与取样策略的判断，但细节仍依赖进一步观测与验证。
正文
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