Meteorite Landings

Can you predict where the next Meteorite will land?

@kaggle.ulrikthygepedersen_meteorite_landings

Table List

1 table(1.25 MB)

Meteorite Landings

@kaggle.ulrikthygepedersen_meteorite_landings.meteorite_landings

1.25 MB
45716 rows
10 columns

name Name	id Id	nametype Nametype	recclass Recclass	mass_g Mass (g)	fall Fall	year Year	reclat Reclat	reclong Reclong	geolocation GeoLocation
Aachen	1	Valid	L5	21	Fell	1880	50.775	6.08333	(50.775, 6.08333)
Aarhus	2	Valid	H6	720	Fell	1951	56.18333	10.23333	(56.18333, 10.23333)
Abee	6	Valid	EH4	107000	Fell	1952	54.21667	-113	(54.21667, -113.0)
Acapulco	10	Valid	Acapulcoite	1914	Fell	1976	16.88333	-99.9	(16.88333, -99.9)
Achiras	370	Valid	L6	780	Fell	1902	-33.16667	-64.95	(-33.16667, -64.95)
Adhi Kot	379	Valid	EH4	4239	Fell	1919	32.1	71.8	(32.1, 71.8)
Adzhi-Bogdo (stone)	390	Valid	LL3-6	910	Fell	1949	44.83333	95.16667	(44.83333, 95.16667)
Agen	392	Valid	H5	30000	Fell	1814	44.21667	0.61667	(44.21667, 0.61667)
Aguada	398	Valid	L6	1620	Fell	1930	-31.6	-65.23333	(-31.6, -65.23333)
Aguila Blanca	417	Valid	L	1440	Fell	1920	-30.86667	-64.55	(-30.86667, -64.55)


CREATE TABLE meteorite_landings (
  "name" VARCHAR,
  "id" BIGINT,
  "nametype" VARCHAR,
  "recclass" VARCHAR,
  "mass_g" DOUBLE,
  "fall" VARCHAR,
  "year" DOUBLE,
  "reclat" DOUBLE,
  "reclong" DOUBLE,
  "geolocation" VARCHAR
);