Transit depth (Rp/Rs squared) in percent and ppm from planet and star radius, plus duration if period and star mass are given.

Average wind speed at 10 m scaled to a turbine hub height, with approximate wind power density and NREL class for a location.

Hill radius of a planet in AU and km from its mass, orbit, eccentricity and star mass, with the stable-moon region.

Koppen-Geiger climate class (such as Cfa or BSk) for a location, computed from its monthly temperature and rainfall normals.

Habitable-zone screen for a named exoplanet: orbit versus the zone edges, size class and rocky-planet plausibility.

All confirmed planets of a host star by name, with star properties and each planet's period, size and habitable-zone position.

Planet equilibrium temperature in K, C and F from star luminosity or temperature and radius, orbit distance and albedo.

Daily weather history for a location and date range (up to a year): temperature, rain, wind, sunlight and summary stats.

Past and future Earth close approaches of one asteroid or comet by designation, for example Apophis in 2029.

Species profile in one call: accepted name, taxonomy, common name, IUCN status, record count and top countries where recorded.

Most-recorded species within a radius of a location (birds, mammals, plants and more), with observation counts.

Decode an IUCN Red List code (EX, EW, CR, EN, VU, NT, LC, DD, NE) into its category, meaning and threatened flag.

Search species by common or scientific name; returns accepted species with taxonomy and common name.

Parse a scientific name into genus, species epithet, subspecies or variety, authorship and year, and check capitalisation.

Resolve a species name (typos, old synonyms) to its accepted scientific name and full taxonomy, with match confidence.

Countries where a species has been recorded with record counts, and the recent five-year reporting trend.

IUCN Red List category of a species (EX to LC) with its meaning and whether it counts as threatened.

Recorded fireball (bolide) events from US sensors: time, place, altitude, speed and impact energy in kilotons, newest first.

Asteroids and comets passing Earth within a lunar-distance limit in the next or last N days: distance, speed, size range.

Torino scale levels explained, or the Palermo scale value from impact probability, energy in megatons and years until impact.