High case-fatality, climate-driven rodent expansion and gaps in surveillance mean a more transmissible variant could emerge with little warning. @@yes_1
Habitat disruption is pushing humans and rodents into closer contact, exactly the conditions that produced past zoonotic spillovers. @@yes_2
Many countries have no routine Hantavirus surveillance. We would likely detect an outbreak only after it had spread. @@yes_3
Polling consistently shows a majority of citizens support moving forward — democratic legitimacy is on this side. @@yes_4
Pilot programs in comparable jurisdictions have produced encouraging results that opponents tend to downplay or ignore. @@yes_5
Hantavirus does not spread efficiently human-to-human. Without a major mutation in transmissibility, a global pandemic remains unlikely. @@no_1
Decades of sporadic Hantavirus cases have never produced sustained human chains. The biology argues against pandemic spread. @@no_2
Pandemic risk modelling consistently ranks respiratory viruses and influenza far above rodent-borne hemorrhagic fevers. @@no_3
Once enacted, this kind of policy is politically very hard to reverse — that asymmetry alone calls for caution. @@no_4
The evidence base remains contested, and headline studies often haven't been independently replicated at scale. @@no_5