Recent fatalities aboard the MV Hondius have prompted an investigation into the Andes hantavirus, while scientific consortia warn of systemic surveillance gaps regarding zoonotic hantaviruses in Africa.

近期 MV Hondius 號船上出現死亡病例，促使相關單位對安第斯漢塔病毒展開調查，而科學財團則警告非洲在人畜共患漢塔病毒的系統性監測方面存在漏洞。

The current epidemiological inquiry centers on an outbreak aboard the MV Hondius, which resulted in three deaths and several infections, including a confirmed case in British Columbia, Canada. The Malbrán Institute is currently conducting fieldwork in Ushuaia, Tierra del Fuego, to determine if a local subspecies of the colilargo rat serves as a viral reservoir. This investigation is complicated by a lack of historical data for the region and the death of the index cases—a Dutch couple—which has precluded a precise reconstruction of their movements. While the national government hypothesized a landfill-based exposure in Ushuaia, provincial authorities maintain that the infection likely occurred elsewhere in Patagonia, where the virus is endemic.

目前的流行病學調查集中在 MV Hondius 號船上的爆發，該事件導致三人死亡及多人感染，其中包括一名在加拿大英屬哥倫比亞省確診的病例。Malbrán 研究所目前正在火地島的烏舒艾亞進行野外調查，以確定當地的 colilargo 鼠亞種是否作為病毒儲存池。由於該地區缺乏歷史數據，且首例病例（一對荷蘭夫婦）已去世，導致無法準確重建其行動行程，使調查變得複雜。儘管國家政府假設是在烏舒艾亞的垃圾掩埋場接觸感染，但省政府維持認為感染可能發生在巴塔哥尼亞其他地區，因為該處為病毒流行區。

Parallel to this event, an interdisciplinary scientific collective has identified a critical surveillance deficit across the African continent. The group posits that the risk of hantavirus spillover is underestimated due to limited diagnostic infrastructure and a lack of genetic sequencing for local wildlife reservoirs, such as the Sangassou virus in Guinea. The expansion of the viral host range to include shrews and bats further complicates the ecological risk profile. The collective argues that a 'One Health' framework is requisite to integrate human, animal, and environmental health data to preempt future outbreaks.

與此同時，一個跨學科科學團體發現非洲大陸存在嚴重的監測不足。該團體認為，由於診斷基礎設施有限，且缺乏對當地野生動物儲存池（如幾內亞的 Sangassou 病毒）的基因定序，導致漢塔病毒跨物種傳播的風險被低估。病毒宿主範圍擴大至包括鼩鼱和蝙蝠，使生態風險概況更加複雜。該團體主張必須採取「全健康 (One Health)」框架，整合人類、動物與環境健康數據，以預防未來的爆發。

Furthermore, the intersection of anthropogenic land-use change and climatic instability is identified as a primary driver of zoonotic emergence. In the Americas, the expansion of the colilargo's range is attributed to human encroachment and climate shifts. Similarly, in Africa, deforestation, mining, and urban growth are creating new ecological interfaces that facilitate the transition of pathogens from wildlife to human populations. The scientists suggest that if climatic phenomena such as El Niño increase in frequency, the resulting surge in rodent populations may exacerbate the frequency of spillover events.

此外，人為土地利用改變與氣候不穩定之交集被視為人畜共患病出現的主要驅動因素。在美洲，colilargo 鼠範圍的擴大被歸因於人類侵蝕與氣候偏移。同樣在非洲，森林砍伐、採礦和城市增長創造了新的生態介面，促使病原體從野生動物傳播至人類群體。科學家建議，若聖嬰現象等氣候現象增加，導致齧齒類動物數量激增，可能會加劇跨物種傳播事件的頻率。

Current efforts are focused on identifying the source of the MV Hondius outbreak in Argentina and advocating for enhanced zoonotic monitoring in Africa to mitigate future pandemic risks.

目前的努力集中於找出阿根廷 MV Hondius 號爆發的源頭，並倡導加強非洲的人畜共患病監測，以降低未來大流行的風險。