Green Fever

Green Fever is a highly contagious waterborne infectious disease first recorded on W10, primarily affecting agricultural and rural populations. The disease is characterised by its rapid spread through contaminated water systems and its severe impact on hydration and labour capacity during outbreaks.

Initial symptoms include a distinctive greenish skin rash, accompanied by high fever, nausea, and persistent vomiting. As the illness progresses, patients frequently develop severe dehydration, electrolyte imbalance, and circulatory stress. While mortality rates are generally moderate with timely treatment, untreated cases—particularly among children and the elderly—can become life-threatening.

The outbreak on W10 was closely linked to contaminated irrigation and drinking water, exacerbated by inadequate sanitation infrastructure in farming regions. Transmission was rapid in densely worked agricultural zones, leading to widespread workforce disruption and short-term food production losses.

The origin of Green Fever is assessed as natural, with no evidence of genetic engineering or deliberate release. Epidemiological analysis suggests a native pathogen that exploits water systems under conditions of poor filtration and high organic runoff.

Countermeasures focused on water purification, emergency sanitation measures, and temporary movement restrictions in affected districts. Public health campaigns and targeted medical treatment proved effective in bringing the outbreak under control.

Green Fever is now used by the Quadrant Health Organisation (QHO) as a case study in infrastructure-linked disease risk, highlighting the strategic health vulnerabilities of agricultural worlds dependent on fragile water systems.