Top variables that correlate with The number of stonemasons in Pennsylvania

← Discover a correlation

A linear line chart

Data source: Bureau of Larbor Statistics
Report an error

The number of stonemasons in Pennsylvania correlates with...

Variable	Correlation	Years	Sys. Score
Google searches for 'Matt Parker'	r=0.94	14yrs	372
Google searches for 'report UFO sighting'	r=0.87	17yrs	341
Associates degrees awarded in Business and management	r=0.95	10yrs	340
Google searches for 'matt parker'	r=0.89	17yrs	338
How fun PBS Space Time YouTube video titles are	r=0.96	6yrs	337
Google searches for 'oprah winfrey'	r=0.88	17yrs	336
Number of Portugal matches played by Cristiano Ronaldo	r=0.85	18yrs	332
Total views on PBS Space Time YouTube videos	r=0.92	6yrs	301
Total comments on PBS Space Time YouTube videos	r=0.92	6yrs	301
Wind power generated in Samoa	r=0.91	7yrs	296
Pirate attacks globally	r=0.87	12yrs	283
Associates degrees awarded in Business management	r=0.89	10yrs	281
Associates degrees awarded in Education	r=0.89	10yrs	281
Liquefied petroleum gas used in Kosovo	r=0.86	13yrs	276
Average views of PBS Space Time YouTube videos	r=0.91	6yrs	270
How provocative Tom Scott's YouTube video titles are	r=0.86	12yrs	243
Associates degrees awarded in Accounting	r=0.86	10yrs	232
How trendy Extra History YouTube video titles are	r=0.87	9yrs	216
Air pollution in Pittsburgh	r=0.81	18yrs	196
Air pollution in Allentown	r=0.8	18yrs	195
Hydopower energy generated in Syria	r=0.83	18yrs	195
Popularity of the first name Destin	r=0.84	18yrs	194
Popularity of the first name Kendal	r=0.83	18yrs	192
Popularity of the first name Itzel	r=0.83	18yrs	192
Air pollution in Philadelphia, Pennsylvania	r=0.8	18yrs	192
National Lacrosse Champions' Final Point	r=0.8	18yrs	189
The distance between Neptune and Mercury	r=0.79	18yrs	189
US household spending on clothin for women	r=0.8	18yrs	189
Robberies in Pennsylvania	r=0.77	18yrs	172
The number of movies Lucas Black appeared in	r=0.77	18yrs	172
Milk consumption	r=0.75	18yrs	170
Cottage cheese consumption	r=0.76	18yrs	170
GMO use in cotton	r=0.79	18yrs	170
Customer satisfaction with AT&T	r=-0.9	17yrs	170
Swiss cheese consumption	r=0.75	18yrs	169
Google searches for 'attacked by a squirrel'	r=0.84	17yrs	168
Burglary rates in the US	r=0.74	18yrs	168
Burglaries in Pennsylvania	r=0.74	18yrs	168
Fossil fuel use in Luxembourg	r=0.82	18yrs	164
Asthma attacks in American children	r=0.74	17yrs	164
US birth rates of triplets or more	r=0.71	18yrs	163
US household spending on clothing	r=0.76	18yrs	163
US household spending on prescription drugs	r=0.76	18yrs	163
Popularity of the first name Jerrod	r=0.83	18yrs	162
Viewership count of American Idol Season Finale	r=0.72	18yrs	162
National Lacrosse League Finalist Score Difference	r=0.75	18yrs	162
The distance between Neptune and the Sun	r=0.74	18yrs	162
The distance between Neptune and Saturn	r=0.74	18yrs	162
US household spending on clothing for men	r=0.75	18yrs	162
Air pollution in Gettysburg, Pennsylvania	r=0.79	18yrs	160
Cigarette Smoking Rate for US adults	r=0.74	18yrs	160
Brad Pitt's net worth	r=0.73	18yrs	160
US household spending on postage and stationery	r=0.74	18yrs	160
U.S. intercountry adoptions	r=0.73	18yrs	158
Google searches for 'snoop dog'	r=0.83	17yrs	154
Popularity of the first name Conner	r=0.82	18yrs	150
Petroluem consumption in Guam	r=0.81	18yrs	149
Google searches for 'learn spanish'	r=0.82	17yrs	142
Popularity of the first name Miranda	r=0.81	18yrs	139
Liquefied petroleum gas used in Lithuania	r=0.81	18yrs	139
Arson in United States	r=0.72	18yrs	134
Google searches for 'black holes'	r=0.82	17yrs	132
The distance between Neptune and Earth	r=0.73	18yrs	130
Popularity of the first name Mallory	r=0.81	18yrs	129
Air pollution in Johnstown, Pennsylvania	r=0.78	18yrs	129
Jet fuel used in Belarus	r=0.8	18yrs	128
US production of fluid beverage milk	r=0.73	18yrs	128
Google searches for 'shook'	r=0.8	17yrs	120
The distance between Neptune and the moon	r=0.73	18yrs	120
Popularity of the first name Katia	r=0.81	18yrs	119
Gasoline pumped in Japan	r=0.8	18yrs	118
Air pollution in Philadelphia, Pennsylvania	r=0.72	18yrs	110
Popularity of the first name Sonja	r=0.81	18yrs	109
Jet fuel used in Sierra Leone	r=0.79	18yrs	106
Popularity of the first name Kendell	r=0.81	18yrs	99
Google searches for 'xkcd'	r=0.84	14yrs	92
Popularity of the first name Drew	r=0.8	18yrs	88
Popularity of the first name Maritza	r=0.8	18yrs	78
Renewable energy production in Comoros	r=0.79	17yrs	78
Google searches for 'panama canal'	r=0.78	17yrs	76
Popularity of the first name Sheldon	r=0.8	18yrs	68
Hydopower energy generated in Comoros	r=0.79	17yrs	68
Google searches for 'E.T. phone home'	r=0.76	17yrs	64
Popularity of the first name Makenna	r=0.8	18yrs	58
Hydopower energy generated in Azerbaijan	r=0.77	18yrs	56
Google searches for 'Panama Canal'	r=0.76	17yrs	54
Popularity of the first name Trinity	r=0.8	18yrs	48
Nuclear power generation in Germany	r=0.76	18yrs	44
Google searches for 'life insurance quotes'	r=0.75	17yrs	42
Popularity of the first name Karli	r=0.8	18yrs	38
Fossil fuel use in Guam	r=0.76	18yrs	34
Popularity of the first name Roderick	r=0.8	18yrs	28
Electricity generation in United Kingdom	r=0.76	18yrs	24
Popularity of the first name Jessika	r=0.8	18yrs	18
Kerosene used in Romania	r=0.78	18yrs	14
Popularity of the first name Jazmyn	r=0.8	18yrs	8
Kerosene used in Sri Lanka	r=0.78	18yrs	4
Popularity of the first name Jalisa	r=0.8	18yrs	-2
Liquefied petroleum gas used in Switzerland	r=0.78	18yrs	-6
Fossil fuel use in Lithuania	r=0.75	18yrs	-17
Fossil fuel use in Netherlands Antilles	r=0.75	18yrs	-27

Loading...!

<< Back to discover a correlation

^{What is Sys. Score?} You caught me! While it would be intuitive to sort only by "correlation," I have a big, weird database. If I sort only by correlation, often all the top results are from some one or two very large datasets (like the weather or labor statistics), and it overwhelms the page.

I can't show you *all* the correlations, because my database would get too large and this page would take a very long time to load. Instead I opt to show you a subset, and I sort them by a magic system score. It starts with the correlation, but penalizes variables that repeat from the same dataset. (It also gives a bonus to variables I happen to find interesting.)


Issue:
Additional details: Optional
Confirm you are a human: