I Discovered Three New Geckos in Cambodia's Limestone Caves – and That's Not All We Found我在柬埔寨石灰岩洞穴中发现了三种新壁虎——而且这还不是全部发现
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#1
Three New Gecko Species Discovered in Cambodia's Limestone Caves Reveal Hidden Biodiversity
在柬埔寨石灰岩洞穴中发现的三个壁虎新物种揭示了隐藏的生物多样性
#2
A team of researchers has announced the discovery of three previously unknown gecko species inhabiting remote limestone caves in Cambodia.
一组研究团队宣布，在柬埔寨偏远的石灰岩洞穴中发现了三种先前未知的壁虎物种。
#3
The findings, published this month, underscore how cave habitats remain among the least explored ecosystems on Earth.
本月发表的这些研究结果，强调了洞穴栖息地仍是地球上探索最少的生态系统之一。
#4
Scientists emphasized that these isolated karst environments may harbour far more undiscovered biodiversity than previously assumed.
科学家强调，这些孤立的喀斯特环境可能蕴藏着比先前假设更多的未被发现的生物多样性。
#5
The research was led by a conservation biologist who spent seven years directing projects with Fauna and Flora in Cambodia.
这项研究是由一位保育生物学家领导的，他曾在柬埔寨花了七年时间指导“野生动植物保护国际”的项目。
#6
Having grown up exploring the mountains of northern Spain, he described the transition to Southeast Asian cave systems as both thrilling and humbling.
由于在西班牙北部的山脉探索中长大，他形容转向东南亚洞穴系统的过程既令人兴奋又让人感到谦卑。
#7
He cautioned that the subterranean world is not for the faint-hearted, given its oppressive darkness and overwhelming stench of guano.
他警告说，考虑到地底世界压抑的黑暗和令人难以忍受的鸟粪臭味，那里并不适合胆小的人。
#8
Inside these caves, an entire ecosystem thrives on what most people would consider repulsive.
在这些洞穴内部，整个生态系统仰赖大多数人认为令人厌恶的东西茁壮成长。
#9
The food chain feeds off guano, dead bats, and any animal carcasses that accumulate on the cave floor.
食物链仰赖蝙蝠粪便、蝙蝠尸体以及任何堆积在洞穴地面上的动物残骸来维持。
#10
Walls teem with creatures such as tailless whip scorpions, millipedes, and centipedes, each uniquely adapted to perpetual darkness.
墙上到处都是无尾鞭蝎、马陆和蜈蚣等生物，每一种都独特地适应了永久的黑暗。
#11
Were it not for the dripping of water through porous rock, the silence inside would be almost absolute.
若非水滴穿过多孔岩石的滴答声，洞穴内部的寂静几乎会是绝对的。
#12
What makes these species discoveries particularly significant is the geological nature of karst landscapes.
使这些物种发现显得格外重要的，是喀斯特地形的地理特性。
#13
Limestone rock, eroded over millennia by water, creates isolated hills and cave systems that function as evolutionary laboratories.
石灰岩经过数千年的水流侵蚀，形成了孤立的山丘和洞穴系统，其功能犹如演化的实验室。
#14
Because each cave habitat is effectively cut off from neighbouring formations, species develop along distinct evolutionary trajectories.
由于每个洞穴栖息地实际上都与邻近的地层隔绝，物种会沿着独特的演化轨迹发展。
#15
This geographical isolation explains why researchers continue to encounter organisms found nowhere else on the planet.
这种地理上的孤立解释了为什么研究人员不断遇到在地球上其他地方都找不到的生物。
#16
Conservation experts have argued that these findings should prompt governments to strengthen protections for karst regions across Southeast Asia.
保育专家主张，这些发现应促使各国政府加强对整个东南亚喀斯特（石灰岩）地区的保护。
#17
Not only do limestone caves support remarkable biodiversity, but they also serve as critical indicators of broader environmental health.
石灰岩洞穴不仅支持着卓越的生物多样性，它们还充当了更广泛环境健康的关键指标。
#18
Should these fragile habitats face destruction from quarrying or deforestation, entire species could vanish before science has even documented their existence.
倘若这些脆弱的栖息地因采矿或森林砍伐而遭到破坏，整个物种可能会在科学界尚未记录其存在之前就已消失。
#19
The discovery of three gecko species, researchers insist, likely represents merely the tip of the iceberg.
研究人员坚持认为，这三种壁虎物种的发现可能仅仅是冰山一角。