{ "title": "异星生物图谱", "count": 47, "disclaimer": "本图谱是用于展陈构思的科学启发与艺术推演，并非已发现的外星生命。科学启发条目以地球机制为依据，形态、体量和环境组合仍属假设。类别是设计归类，不是生物分类学。", "assets": [ { "name": "玫红光囊", "category": "膜囊储存", "origin": "参考重建", "feature": "粉红多瓣透明囊体，内部细丝发光，基部有厚萼片。", "reason": "可设定为在干湿交替环境中储存水分与繁殖细胞的囊体；多瓣分仓减少局部破损的损失，厚萼保护连接区，内部光点承担夜间识别信号。", "width": 1112, "height": 1415, "id": "AL-001", "file": "AL-001.png", "reference_file": "ref_AL-001.png", "note": "依据参考图重建，对遮挡与低清部位进行了艺术补全。" }, { "name": "银蓝喇叭菌", "category": "冠盖集光", "origin": "参考重建", "feature": "宽浅碟冠、放射状细褶与高柱状茎。", "reason": "宽冠与密褶可形成较大的气体交换或滤食表面；柱茎将冠面抬离地层，根部稳固主体。发光褶纹可作为共生组织的活动信号。", "width": 1147, "height": 1372, "id": "AL-002", "file": "AL-002.png", "reference_file": "ref_AL-002.png", "note": "依据参考图重建，对遮挡与低清部位进行了艺术补全。" }, { "name": "透光叶帆", "category": "冠盖集光", "origin": "参考重建", "feature": "半透明叶帆向多方向伸展，内部有网脉和暖色节点。", "reason": "可将叶帆理解为弱光环境的集光膜，分叉网脉输运液体并支撑薄膜；不对称展开让不同方向的膜面接收散射光，基部节点负责储能。", "width": 1341, "height": 1173, "id": "AL-003", "file": "AL-003.png", "reference_file": "ref_AL-003.png", "note": "依据参考图重建，对遮挡与低清部位进行了艺术补全。" }, { "name": "悬核囊茎", "category": "膜囊储存", "origin": "参考重建", "feature": "细长茎端悬着椭圆透明囊，囊内可见独立色核。", "reason": "可把内核设为被外膜保护的繁殖胚体，细茎将囊体抬高以利扩散；同根多茎共享养分，不同成熟程度对应不同色核。", "width": 1149, "height": 1369, "id": "AL-004", "file": "AL-004.png", "reference_file": "ref_AL-004.png", "note": "依据参考图重建，对遮挡与低清部位进行了艺术补全。" }, { "name": "黄绿网脉灯笼", "category": "膜囊储存", "origin": "参考重建", "feature": "黄绿色发光囊被粗暗网脉包裹，支撑茎较短。", "reason": "网脉可限制囊体过度膨胀，分担储液产生的张力；透光区域容纳共生微生物，内部黄绿光被设定为生理活动的副产物。", "width": 1229, "height": 1280, "id": "AL-005", "file": "AL-005.png", "reference_file": "ref_AL-005.png", "note": "依据参考图重建，对遮挡与低清部位进行了艺术补全。" }, { "name": "蓝紫脉叶冠", "category": "冠盖集光", "origin": "参考重建", "feature": "蓝紫色叶冠呈层叠平盘，深色网脉清晰。", "reason": "层叠且朝向不同的膜冠可分配受光面；网脉支撑叶膜，增厚冠缘减少撕裂。紫蓝色来自设定中的色素与结构色，而非证明特定化学组成。", "width": 1122, "height": 1402, "id": "AL-006", "file": "AL-006.png", "reference_file": "ref_AL-006.png", "note": "依据参考图重建，对遮挡与低清部位进行了艺术补全。" }, { "name": "青光巨伞树", "category": "冠盖集光", "origin": "参考重建", "feature": "高细茎顶端形成青色放射纹伞冠，承力脉内侧偏暖。", "reason": "高冠适合争取上层光照，放射状肋条支撑大面积薄膜；根部扩展稳固茎干，暖色通道被设定为共生组织沿输运脉聚集。", "width": 1024, "height": 1536, "id": "AL-007", "file": "AL-007.png", "reference_file": "ref_AL-007.png", "note": "依据参考图重建，对遮挡与低清部位进行了艺术补全。" }, { "name": "浮游垂须伞", "category": "浮游滤食", "origin": "参考重建", "feature": "低穹顶伞体下垂多条长须，无固定茎干。", "reason": "以浓密大气和较低重力为环境假设：低密度伞体提供浮力，细须收集悬浮颗粒并感知气流。需要这样的条件，形态才有相应的设定依据。", "width": 1197, "height": 1314, "id": "AL-008", "file": "AL-008.png", "reference_file": "ref_AL-008.png", "note": "依据参考图重建，对遮挡与低清部位进行了艺术补全。" }, { "name": "树生蓝焰花冠", "category": "信号繁殖", "origin": "参考重建", "feature": "蓝色褶皱花冠带黄色丝状结构，茎由木质藤束扭合。", "reason": "可把大冠与亮色细丝设为吸引共生传播者的繁殖结构；藤束茎分担重量并保留弯曲能力，褶皱冠缘扩大表面而不必形成厚重整板。", "width": 1029, "height": 1529, "id": "AL-009", "file": "AL-009.png", "reference_file": "ref_AL-009.jpg", "note": "依据参考图重建，对遮挡与低清部位进行了艺术补全。" }, { "name": "风滤螺旋塔", "category": "多孔滤食", "origin": "原创推演", "feature": "多孔螺旋膜沿中央柱体盘绕，基部呈多瓣附着体。", "reason": "原创设定为浓密大气中的固着滤食者：螺旋膜增大与含颗粒气流接触的面积，开放孔道让气流通过；多瓣基部抵抗扭转。", "width": 1024, "height": 1536, "id": "AL-010", "file": "AL-010.png", "reference_file": null, "note": "原创概念设计。外星形态、体量与环境组合属于推演。" }, { "name": "浮囊鳐", "category": "浮游滤食", "origin": "原创推演", "feature": "背部多枚气囊，宽侧膜与下垂滤须相连。", "reason": "在低重力、浓密大气的假设下，分隔气囊提供浮力并降低单囊破损的风险；侧膜调整姿态，腹部细须收集悬浮食物。", "width": 1536, "height": 1024, "id": "AL-011", "file": "AL-011.png", "reference_file": null, "note": "原创概念设计。外星形态、体量与环境组合属于推演。" }, { "name": "三足矿脊兽", "category": "地表移动", "origin": "原创推演", "feature": "三条承重腿支撑覆甲躯体，腹下有刷状组织。", "reason": "三点支撑适合缓慢越过不平地面，宽足减少局部压强；叠甲保护柔软组织，腹部刷器采集矿物表面微生物膜，不把矿物本身直接当作完整食物来源。", "width": 1298, "height": 1212, "id": "AL-012", "file": "AL-012.png", "reference_file": null, "note": "原创概念设计。外星形态、体量与环境组合属于推演。" }, { "name": "环膜集光体", "category": "冠盖集光", "origin": "原创推演", "feature": "环形肉质主体留出中央孔隙，内缘布有红色细褶。", "reason": "环形集光结构让多个方向的褶片暴露于散射光，中央开口减轻风载；粗厚外环储存液体并支撑细膜，短茎稳固附着。", "width": 1024, "height": 1536, "id": "AL-013", "file": "AL-013.png", "reference_file": null, "note": "原创概念设计。外星形态、体量与环境组合属于推演。" }, { "name": "潮汐叠甲行群", "category": "地表移动", "origin": "原创推演", "feature": "长体由连续叠甲和管足组成，背部伸出扇状滤器。", "reason": "设定为潮汐带的群体生命：各节共享输运组织，管足在湿滑表面缓行；重叠外壳保护软体，背部滤器在浸水时摄取悬浮颗粒。", "width": 1536, "height": 1024, "id": "AL-014", "file": "AL-014.png", "reference_file": null, "note": "原创概念设计。外星形态、体量与环境组合属于推演。" }, { "name": "紫蓝棘冠巨柱", "category": "冠盖集光", "origin": "参考重建", "feature": "紫蓝色长棘膜呈扇状散开，下方为粗柱茎。", "reason": "高位放射膜可收集散射光或空气颗粒，分散的细棘降低整冠受风面积；厚柱茎承力。发光斑点被设为膜间共生组织。", "width": 1111, "height": 1415, "id": "AL-015", "file": "AL-015.png", "reference_file": "ref_AL-015.png", "note": "依据参考图重建，对遮挡与低清部位进行了艺术补全。" }, { "name": "扭茎光杯", "category": "信号繁殖", "origin": "参考重建", "feature": "双茎扭合，顶端形成透光杯瓣和粉色发光节点。", "reason": "双茎可兼顾支撑与输运，杯状结构汇集水滴和小型传播者；亮色节点提供夜间信号。中空扭转结构也为弯曲留下余量。", "width": 1132, "height": 1390, "id": "AL-016", "file": "AL-016.png", "reference_file": "ref_AL-016.png", "note": "依据参考图重建，对遮挡与低清部位进行了艺术补全。" }, { "name": "蓝光星核球囊", "category": "膜囊储存", "origin": "参考重建", "feature": "近球形透明外膜内有放射状蓝色星核。", "reason": "球形腔室可容纳储液和繁殖组织，放射细丝将中心与外膜连接并输送物质；星核发光用于设定中的群体同步信号。", "width": 1254, "height": 1254, "id": "AL-017", "file": "AL-017.png", "reference_file": "ref_AL-017.png", "note": "依据参考图重建，对遮挡与低清部位进行了艺术补全。" }, { "name": "蓝荧带叶莲座", "category": "冠盖集光", "origin": "参考重建", "feature": "带状蓝叶从同一中心向外弯垂，末端有亮色斑点。", "reason": "柔长叶片可随气流弯曲，减少整片折断风险；莲座状排列接收多方向的散射光，末端斑点被设为与共生动物通讯的组织。", "width": 1254, "height": 1254, "id": "AL-018", "file": "AL-018.png", "reference_file": "ref_AL-018.png", "note": "依据参考图重建，对遮挡与低清部位进行了艺术补全。" }, { "name": "层叠蓝缘扇菌", "category": "多孔滤食", "origin": "参考重建", "feature": "三层扇形菌冠共用附着轴，边缘呈蓝色褶皱。", "reason": "分层错开的扇冠让更多表面接触流动空气；密褶用于交换或释放孢子，短附着轴适合岩面或树体上的侧生方式。", "width": 1399, "height": 1124, "id": "AL-019", "file": "AL-019.png", "reference_file": "ref_AL-019.png", "note": "依据参考图重建，对遮挡与低清部位进行了艺术补全。" }, { "name": "冰晶枝树", "category": "分枝支撑", "origin": "参考重建", "feature": "透明晶体状树干多次分枝，尖端有晶面，基部泛青。", "reason": "将外观解释为矿化外骨架与透明活组织的共生体：分枝扩大与环境接触的面积，厚主轴承力；内部光点代表共生微生物聚集，而非把普通晶石认作生命。", "width": 1206, "height": 1304, "id": "AL-020", "file": "AL-020.png", "reference_file": "ref_AL-020.png", "note": "依据参考图重建，对遮挡与低清部位进行了艺术补全。" }, { "name": "悬珠冰海水母", "category": "浮游滤食", "origin": "参考重建", "feature": "透明圆伞内有彩色球状组织，下垂褶带和细须。", "reason": "圆伞可通过收缩参与水中移动，长须收集颗粒，褶带输送食物；不同色核被设为代谢或繁殖组织，外膜保持柔软可变形。", "width": 1207, "height": 1303, "id": "AL-021", "file": "AL-021.png", "reference_file": "ref_AL-021.png", "note": "依据参考图重建，对遮挡与低清部位进行了艺术补全。" }, { "name": "凝胶云冠伞树", "category": "冠盖集光", "origin": "参考重建", "feature": "厚凝胶云状伞冠内部有径向支架，深色纤维茎承托。", "reason": "厚凝胶可缓冲失水和温度变化，径向支架防止冠盖塌陷；纤维束茎在保持强度的同时允许弯曲，适合周期性浸水地带的设定。", "width": 1254, "height": 1254, "id": "AL-022", "file": "AL-022.png", "reference_file": "ref_AL-022.png", "note": "依据参考图重建，对遮挡与低清部位进行了艺术补全。" }, { "name": "琥珀囊棒群", "category": "膜囊储存", "origin": "参考重建", "feature": "琥珀色囊棒高低错落，圆头与管茎连成一体。", "reason": "同根囊棒可分仓储存液体和繁殖物质，降低单处损坏影响；圆头扩大储存空间，细茎在水流中可弯曲，内部亮点作为成熟信号。", "width": 1254, "height": 1254, "id": "AL-023", "file": "AL-023.png", "reference_file": "ref_AL-023.png", "note": "依据参考图重建，对遮挡与低清部位进行了艺术补全。" }, { "name": "熔原星节链体", "category": "信号繁殖", "origin": "参考重建", "feature": "琥珀球节点伸出辐射臂，并连接为逐渐变细的链。", "reason": "可设为模块化群体生命，连接管在节点间输送物质；末端小节点成熟后脱落传播。熔原背景仅表示邻近地热区，设定活动于可存活的较冷微环境。", "width": 1619, "height": 971, "id": "AL-024", "file": "AL-024.png", "reference_file": "ref_AL-024.png", "note": "依据参考图重建，对遮挡与低清部位进行了艺术补全。" }, { "name": "熔原孔泡球", "category": "膜囊储存", "origin": "参考重建", "feature": "琥珀球体分成大小不同的孔泡腔室，基部为短瓣。", "reason": "多腔结构分开储液和代谢区域，局部泄漏不会影响整个体腔；外壁与内腔之间留有缓冲空间，设定生活在地热边缘而非直接浸入熔岩。", "width": 1369, "height": 1149, "id": "AL-025", "file": "AL-025.png", "reference_file": "ref_AL-025.png", "note": "依据参考图重建，对遮挡与低清部位进行了艺术补全。" }, { "name": "熔原胶脊蠕行体", "category": "地表移动", "origin": "参考重建", "feature": "低矮胶质躯体背部隆起，侧面伸出圆端感觉棒。", "reason": "柔软腹面可贴合凹凸地形缓行，背部囊腔储液，侧棒提前探测温湿变化。后躯为参考启发的补全；生态限定在地热区的温凉边缘。", "width": 1537, "height": 1023, "id": "AL-026", "file": "AL-026.png", "reference_file": "ref_AL-026.png", "note": "依据参考图重建，对遮挡与低清部位进行了艺术补全。" }, { "name": "虹彩浮囊水母", "category": "浮游滤食", "origin": "参考重建", "feature": "虹彩气囊下连长粉青飘带，表面有细分隔脉。", "reason": "以浓密气层和较低重力为前提，囊体获得浮力，飘带感知流向并采集微粒；隔脉维持囊形。该设定不包含在真空中自由生存。", "width": 1024, "height": 1536, "id": "AL-027", "file": "AL-027.png", "reference_file": "ref_AL-027.png", "note": "依据参考图重建，对遮挡与低清部位进行了艺术补全。" }, { "name": "虹脉球冠丛", "category": "膜囊储存", "origin": "参考重建", "feature": "球状囊冠由细长纵脉支撑，丛生高度错落。", "reason": "设想它生长在低风速、散射光较多的环境：透明囊膜容纳储液或气室，纵脉兼作输运和支撑；不同高度的囊冠减少互相遮挡。", "width": 1122, "height": 1402, "id": "AL-028", "file": "AL-028.png", "reference_file": "ref_AL-028.jpg", "note": "依据参考图重建，对遮挡与低清部位进行了艺术补全。" }, { "name": "海渊吐泡囊", "category": "膜囊储存", "origin": "参考重建", "feature": "卵形半透明囊体顶端有开口，基部长有带状叶。", "reason": "可将其设定为附着在海底的储气生物：囊体调节浮力，让受光组织向上舒展，顶部小孔排出多余气体；带状叶随水流弯曲。", "width": 1024, "height": 1535, "id": "AL-029", "file": "AL-029.png", "reference_file": "ref_AL-029.jpg", "note": "依据参考图重建，对遮挡与低清部位进行了艺术补全。" }, { "name": "蓝焰密褶巨菌", "category": "冠盖集光", "origin": "参考重建", "feature": "粗壮深色茎支撑宽伞冠，伞下密布蓝色细褶。", "reason": "宽伞冠可在林下形成较大的交换表面，密褶容纳共生微生物或孢子组织；厚茎和外缘可承担大型冠盖的重量。蓝光设定为组织活动或通讯信号。", "width": 1173, "height": 1341, "id": "AL-030", "file": "AL-030.png", "reference_file": "ref_AL-030.jpg", "note": "依据参考图重建，对遮挡与低清部位进行了艺术补全。" }, { "name": "珠白岩生杯花", "category": "冠盖集光", "origin": "参考重建", "feature": "大型粉白杯状花冠，短茎，中央有绿色盘状结构。", "reason": "设想杯状组织能汇集露水并将水引向中央储存区；浅色表面减少强日照下的吸热，短茎降低干旱峡谷风带来的弯折负荷。", "width": 1254, "height": 1254, "id": "AL-031", "file": "AL-031.png", "reference_file": "ref_AL-031.jpg", "note": "依据参考图重建，对遮挡与低清部位进行了艺术补全。" }, { "name": "象牙孔壳菌", "category": "多孔滤食", "origin": "参考重建", "feature": "象牙白卵形外壳布有大小不同的孔洞，茎部呈束状细支架。", "reason": "多孔外壳可减轻重量并扩大气体交换面积，内部孔道形成保护层；束状茎使资源沿多条路径输送，适合附着在潮湿岩壁上。", "width": 1105, "height": 1424, "id": "AL-032", "file": "AL-032.png", "reference_file": "ref_AL-032.jpg", "note": "依据参考图重建，对遮挡与低清部位进行了艺术补全。" }, { "name": "青网藤冠树", "category": "冠盖集光", "origin": "参考重建", "feature": "青色透光冠膜布满分叉网脉，藤束茎干扭转生长。", "reason": "将网脉解释为膜面的承力与输运系统，可限制局部撕裂的传播；多束藤状茎容许弯曲，侧冠补充不同方向的受光面。", "width": 1122, "height": 1402, "id": "AL-033", "file": "AL-033.png", "reference_file": "ref_AL-033.jpg", "note": "依据参考图重建，对遮挡与低清部位进行了艺术补全。" }, { "name": "虹膜杯冠树", "category": "冠盖集光", "origin": "参考重建", "feature": "粉青色膜片组成宽杯冠，粗分枝脉从茎部延伸至冠缘。", "reason": "可设定为适应漫射光的膜冠生物：宽杯冠接收不同方向的光，粗脉将液体输送到薄膜；淡色组织和可弯曲冠缘适应周期性干湿变化。", "width": 1122, "height": 1402, "id": "AL-034", "file": "AL-034.png", "reference_file": "ref_AL-034.jpg", "note": "依据参考图重建，对遮挡与低清部位进行了艺术补全。" }, { "name": "暮光卵灯树", "category": "膜囊储存", "origin": "参考重建", "feature": "平滑卵形囊冠呈紫粉至暖黄渐变，囊茎连接处有密集斑点。", "reason": "可把囊冠视为季节性储能与繁殖器官，底部密集斑点代表输运组织；在昏暗林地中，内部光信号可用于吸引传播孢子的共生动物。", "width": 1122, "height": 1402, "id": "AL-035", "file": "AL-035.png", "reference_file": "ref_AL-035.jpg", "note": "依据参考图重建，对遮挡与低清部位进行了艺术补全。" }, { "name": "荧孔穗塔", "category": "信号繁殖", "origin": "参考重建", "feature": "深色穗体上有荧绿椭圆窗口，上部光点变细，茎部有螺旋纹。", "reason": "设想厚外壁保护内部繁殖组织，分布式窗口进行气体交换或发光通讯；螺旋纹茎在弯曲时分散应力，穗状体逐级释放孢子。", "width": 1024, "height": 1536, "id": "AL-036", "file": "AL-036.png", "reference_file": "ref_AL-036.jpg", "note": "依据参考图重建，对遮挡与低清部位进行了艺术补全。" }, { "name": "紫绒瘤冠菌树", "category": "信号繁殖", "origin": "参考重建", "feature": "紫色团粒组成瘤状冠盖，表面嵌有较大的粉红结节。", "reason": "团粒式组织可在局部受损后继续生长，扩大湿润表面；较大的粉红结节可设定为成熟的繁殖囊，厚菌褶和粗茎负责交换与输运。", "width": 1254, "height": 1254, "id": "AL-037", "file": "AL-037.png", "reference_file": "ref_AL-037.jpg", "note": "依据参考图重建，对遮挡与低清部位进行了艺术补全。" }, { "name": "黑绛叠帆木", "category": "冠盖集光", "origin": "科学启发", "feature": "螺旋抬升的宽幅褶叶组成错层帆冠，深绛近黑的叶面与浅铜色叶脉形成对比。", "reason": "把集光面积分散在错层帆叶上，减少同株叶片互相遮挡；深绛色被用作适应不同光谱的视觉假设。能否维持大型体量仍受光子通量和代谢成本限制。", "environment": "液态水存在、弱可见光且偏红的地表光谱；假设有可支撑大型植株的土壤与养分循环。", "evidence": "NASA 对不同恒星与大气条件的研究讨论了非绿色光合色素的可能性；到达地表的光谱会影响可利用的光子。", "limits": "近黑色并非红矮星植物的必然颜色；叶片构型、色素、体量均为设计推演，未证明能利用任意红外波长。", "sources": [ { "title": "NASA Astrobiology · Plants on Other Planets May Not Be Green", "url": "https://astrobiology.nasa.gov/news/plants-on-other-planets-may-not-be-green/" } ], "width": 1254, "height": 1254, "id": "AL-038", "file": "AL-038.png", "reference_file": null, "note": "原创概念设计。外星形态、体量与环境组合属于推演。" }, { "name": "雾梳储水树", "category": "逆境适应", "origin": "科学启发", "feature": "肥厚储水躯干上长出鹿角状梳枝，成排锥刺带纵向细沟，末梢挂有少量凝露。", "reason": "将微小锥刺扩展成多层迎雾梳枝，细沟把附着水滴导向储水躯干。分枝间留出空隙供湿空气穿过；储存组织缓冲两次雾期之间的缺水。", "environment": "降雨稀少但常有雾流的温和海岸；雾必须持续补给可凝聚液态水。", "evidence": "仙人掌 Opuntia microdasys 的锥刺、表面沟槽与毛簇共同参与雾滴捕获、定向运输与吸收。", "limits": "树状放大后的效率没有实验验证；有雾才能收水，不能从完全干燥空气中无代价制造水。", "sources": [ { "title": "Ju 等，2012 · 仙人掌的集雾系统（Nature Communications）", "url": "https://www.nature.com/articles/ncomms2253" } ], "width": 1254, "height": 1254, "id": "AL-039", "file": "AL-039.png", "reference_file": null, "note": "原创概念设计。外星形态、体量与环境组合属于推演。" }, { "name": "银甲夜息莲", "category": "逆境适应", "origin": "科学启发", "feature": "厚实银灰叶甲围成高耸莲座，外叶反光、内叶暗绿，基部连接储水球茎。", "reason": "夜间获取碳源与白天利用光能分时进行，有机会减少气体交换造成的水分损失；厚叶兼具储水功能。银灰外表和可收拢叶甲作为进一步降低暴露的造型设定。", "environment": "昼热夜凉、空气含二氧化碳的干旱陆地；夜晚蒸发需求低于白天。", "evidence": "景天酸代谢（CAM）植物可在夜间吸收二氧化碳并储存为有机酸，白天释放二氧化碳供光合作用使用。", "limits": "夜间吸碳不是在黑暗中获得光能；银甲、巨型莲座和叶甲开合均为艺术扩展，CAM 本身不能保证无限耐旱。", "sources": [ { "title": "Kalanchoë PPC1 与 CAM、昼夜节律及气孔信号研究", "url": "https://pmc.ncbi.nlm.nih.gov/articles/PMC7145507/" } ], "width": 1254, "height": 1254, "id": "AL-040", "file": "AL-040.png", "reference_file": null, "note": "原创概念设计。外星形态、体量与环境组合属于推演。" }, { "name": "顺风卷叶冠", "category": "逆境适应", "origin": "科学启发", "feature": "低重心根盘托起斜生短干，长叶从整片过渡到分裂飘带，顺同一方向弯卷。", "reason": "把冠层分成可顺流弯曲的长带，缩小迎风面积，同时用宽阔根盘抵抗倾覆。卷曲叶端在静风时仍可舒展集光。", "environment": "空气流动频繁、土壤较牢固的开阔平原；风强度仍须在组织承受范围内。", "evidence": "附生凤梨的风洞实验表明，叶片随风重新取向与形变可降低阻力；柔性重构是植物应对风的一种策略。", "limits": "柔性并不等于不会折断；强风中的颤振与疲劳仍可能造成损伤，叶带数量和外形为想象。", "sources": [ { "title": "Go with the flow · 附生凤梨随风重构与减阻实验", "url": "https://pmc.ncbi.nlm.nih.gov/articles/PMC8224879/" } ], "width": 1254, "height": 1254, "id": "AL-041", "file": "AL-041.png", "reference_file": null, "note": "原创概念设计。外星形态、体量与环境组合属于推演。" }, { "name": "盐冠泌晶木", "category": "逆境适应", "origin": "科学启发", "feature": "分叉支根上方是蓝绿厚叶冠，叶缘分布乳白腺点和少量附着盐晶。", "reason": "通过根部控制吸盐、体内隔离及叶部排盐共同维持离子平衡；排出的盐沿叶缘结晶，成为可识别的外观。粗厚叶肉用于储水与稀释盐分。", "environment": "蒸发强、周期性淡水补给的盐沼；根区盐度处于所假设生物可调节的范围。", "evidence": "桐花树 Aegiceras corniculatum 的研究显示其叶部盐腺具备排盐结构与功能，为植物排出过量盐分提供了地球实例。", "limits": "盐晶是排出物而非能源；排盐需要代谢投入，不能由此推断能生活在任意浓度或任意成分的盐水中。", "sources": [ { "title": "Aegiceras corniculatum 盐腺结构与功能研究（2023）", "url": "https://pubmed.ncbi.nlm.nih.gov/37769324/" } ], "width": 1254, "height": 1254, "id": "AL-042", "file": "AL-042.png", "reference_file": null, "note": "原创概念设计。外星形态、体量与环境组合属于推演。" }, { "name": "潮汐气道苇", "category": "分枝支撑", "origin": "科学启发", "feature": "粗壮节状茎束连接成拱形骨架，顶部舒展铜绿叶片，根部向四周伸出支撑弓。", "reason": "将内部通气通道设定为粗茎的主要构造，冠部获取的氧可输送到根区；分叉根弓帮助植株固定在软泥里。高位叶片有机会避开短时涨水。", "environment": "周期性淹水、根区缺氧但冠部能接触空气的浅水湿地。", "evidence": "水稻等植物的通气组织提供低阻力内部气体通道，帮助氧从地上部分到达淹水根部。", "limits": "外部形状不能直接证明内部通气能力；长距离输氧、持续完全淹没与结构承重会限制体量，图中巨型拱茎为设计扩展。", "sources": [ { "title": "水稻根氧渗透与通气组织运输的灌流测量实验", "url": "https://pmc.ncbi.nlm.nih.gov/articles/PMC2651460/" } ], "width": 1254, "height": 1254, "id": "AL-043", "file": "AL-043.png", "reference_file": null, "note": "原创概念设计。外星形态、体量与环境组合属于推演。" }, { "name": "浮叶气筏", "category": "膜囊储存", "origin": "科学启发", "feature": "放射形大叶组成低平叶筏，粗短叶柄鼓成浮囊，下方垂落完整褐红根帘。", "reason": "气腔降低整体平均密度，使集光叶面停留在水面附近；下垂根系接触溶解养分并增加漂移阻力。多个相连浮囊分摊局部损伤的风险。", "environment": "光照充足、波浪较弱的浅湖；水中溶解养分可供吸收。", "evidence": "凤眼莲的膨大叶柄和气腔组织有助于提供浮力，其气腔解剖结构已有研究。", "limits": "这里只设定水面漂浮，不是空气中悬浮；浪高、风载和破损进水均会限制这种结构。", "sources": [ { "title": "凤眼莲解剖研究：叶柄气腔与浮力", "url": "https://pmc.ncbi.nlm.nih.gov/articles/PMC1390441/" } ], "width": 1254, "height": 1254, "id": "AL-044", "file": "AL-044.png", "reference_file": null, "note": "原创概念设计。外星形态、体量与环境组合属于推演。" }, { "name": "窗叶藏生体", "category": "逆境适应", "origin": "科学启发", "feature": "厚重浅褐叶体大部作为埋生储水器，顶部露出多块乳绿半透明窗面，内部可见暗绿组织。", "reason": "把主要水分与活组织藏在地下，仅让小面积叶窗接光；光经窗面进入更深处的光合组织。厚外皮和较小暴露面积用于降低干燥环境中的损失。", "environment": "强光、缺水而表层可供半埋生长的沙质地面。", "evidence": "生石花 Lithops 的半透明叶窗允许光进入地下叶体，内部组织呈现对不同光强的适应。", "limits": "透光窗不是无损光纤；过热与光衰减仍存在。为展示完整资产，图中画出了本应埋入土中的部分，没有表示它会整株悬空生长。", "sources": [ { "title": "Lithops aucampiae 叶窗内的强光与耐荫适应实验", "url": "https://pmc.ncbi.nlm.nih.gov/articles/PMC3806800/" } ], "width": 1254, "height": 1254, "id": "AL-045", "file": "AL-045.png", "reference_file": null, "note": "原创概念设计。外星形态、体量与环境组合属于推演。" }, { "name": "复苏卷冠木", "category": "逆境适应", "origin": "科学启发", "feature": "短粗木质主轴托起卷曲枝冠，外围干褐叶带收拢，内层橄榄绿叶片正在舒展。", "reason": "旱期收拢冠层并降低代谢，降雨后再展开光合表面；卷曲运动与耐脱水生理共同构成度过间歇供水环境的设想。图示为单株复水过渡态。", "environment": "旱季很长但会出现可靠降雨的岩地，干燥过程不能超过组织的保护能力。", "evidence": "复苏植物在脱水与再水化过程中可关闭并恢复部分生理活动；卷柏 Selaginella lepidophylla 的茎会随脱水卷成紧凑形态。", "limits": "卷叶不等于已经具备耐脱水能力；受损组织未必能恢复，不能把复苏能力理解为死亡后的复活。", "sources": [ { "title": "复苏植物脱水与再水化中的光合、呼吸响应实验", "url": "https://pubmed.ncbi.nlm.nih.gov/24212344/" }, { "title": "Selaginella lepidophylla 的水响应卷曲研究（预印本）", "url": "https://arxiv.org/abs/1703.01052" } ], "width": 1254, "height": 1254, "id": "AL-046", "file": "AL-046.png", "reference_file": null, "note": "原创概念设计。外星形态、体量与环境组合属于推演。" }, { "name": "渊泉共生羽柱", "category": "化能共生", "origin": "科学启发", "feature": "象牙色管状躯干从共用固着盘伸出，顶部展开红铜色羽冠，呈植物般静立的外形。", "reason": "羽状交换面增加与混合水的接触，内部共生微生物利用化学反应固定碳，为宿主提供营养。这是一种植物状固着共生体的设想，用于表现无光生态。", "environment": "无阳光的深水热液混合带；还原性流体与含氧化剂的海水持续接触，局部温度可被生命承受。", "evidence": "地球热液生态系统中存在依赖化学合成微生物的食物网络，化学能可来自还原性物质与氧化剂之间的反应。", "limits": "它不属于严格意义的光合植物；不能只靠高温获得食物，也不设定可直接生活在滚烫喷口或熔岩中。", "sources": [ { "title": "NASA Astrobiology · Life in the Extreme: Hydrothermal Vents", "url": "https://astrobiology.nasa.gov/news/life-in-the-extreme-hydrothermal-vents/" } ], "width": 1254, "height": 1254, "id": "AL-047", "file": "AL-047.png", "reference_file": null, "note": "原创概念设计。外星形态、体量与环境组合属于推演。" } ] }