Eugoa dissozona
In 3 days ~20% in a week ~50%
Eugoa dissozona is a moth of the family Erebidae first described by Edward Meyrick in 1889 (as Hectogama dissozona). It is found on New Guinea, where it is a common and widely distributed species. Specimens resemble those of Eugoa regalis. In his original description of the species, Meyrick gave a wingspan of 24 mm. Wikipedia →
| # | Park | Country | Daily sighting probability |
|---|---|---|---|
| 1 | Daintree National Park | 🇦🇺 Australia |
More parks will be added in future updates.
With luck
About 10% of wildlife watchers report a Eugoa dissozona sighting in Daintree National Park on a given day, based on 10 verified sightings from GBIF citizen-science data from 2019 to 2026. It is the 402nd most-seen of the 856 insects we can rate there. Over three days the chance rises to about 20%, and over a week to about 50%, if each day is a fresh chance.
January
In that month about 30% of wildlife watchers report a Eugoa dissozona in Daintree National Park on a given day, against under 5% in May, July and September–December, the lowest months. That is one of Daintree National Park's wettest months, with about 380 mm of rain against 50 mm in September.
Between 7 and 10 pm
Across all the parks we cover, that three-hour window holds the most Eugoa dissozona sightings with a recorded time, and nearly all of them come between 6 pm and 6 am: it is mostly seen at night.
Only Daintree National Park, in our data
Daintree National Park is the only park on Wallace's Line with enough records to rate Eugoa dissozona sightings: about 10% of wildlife watchers there report one on a given day.
GBIF citizen-science records
It is estimated from how often the Eugoa dissozona is recorded against all the insects logged in Daintree National Park (10 verified sightings from 2019 to 2026), calibrated against known sighting rates. Figures are rounded to the nearest 10% because citizen-science data supports honest approximations, not decimals, and months with records from fewer than five people show "—". How it works.
