Wikipedia:WikiProject Elements/Elements report

Standard Table

Page views were gathered for the month of June 2010 using this listing, and though activity may vary from month to month, these numbers are meant to give a good idea of which articles are currently being viewed the most. The quality/importance ratings are accurate as of July 1, 2010. Importances marked with ♦ indicate a Vital article. Importances marked with † indicate a Supplementary Core article. Importances marked with ‡ indicate a Core article. Percentages in parentheses indicate a statistical outlier, which may indicate an abnormal level of activity in either this or the previous month.

RankArticlePage ViewsSpikeAmbiguitiesQualityImportance
1Gold342637 ↑60%Gold (color) 14863 BTop
2Periodic table326347 ↑33%CTop
3Hydrogen302431 ↑1% FATop ♦†
4Iron257519 ↑42%Iron (golf) 5056 CTop
5Copper242472 ↑25%BTop
6Oxygen235033 ↑46% FATop
7Aluminium228364 ↑44%BTop
8Nitrogen185155 ↑14%BTop
9Silver184927 ↑48%Silver (color) 7340BTop
10Carbon175762 ↓24%BTop
11Mercury (element)171570 ↑34% GATop
12Lead158917 ↑42%Sales lead 4523BTop
13Cadmium155978 ↑408%June 4,5 +24700 +13100BHigh
14Lithium155882 ↑69%Lithium (Nirvana song) 5736BTop
15Potassium146169 ↑35%BTop
16Chlorine141366 ↑40% GATop
17Platinum139195 ↑50%Platinum album 2355BTop
18Magnesium129610 ↑34%BTop
19Phosphorus124277 ↑36%Hesperus 2560BTop
20Palladium124118 ↑66%Palladium (mythology) 2050BTop
21Calcium123347 ↑34%BTop
22Silicon121668 ↑43%Silicone 26371 BTop
23Helium117626 ↑31%Helium (band) 877 FATop
24Chemical element116256 ↑75%BTop ♦‡
25Chromium110736 ↓31% GATop
26Iodine108976 ↑31%BTop
27Nickel95345 ↑36%Nickel (United States coin) 23213 GATop
28Arsenic86063 ↑45%BTop
29Sulfur80246 ↓24%BTop
30Zinc80227 ↓27% FATop
31Cobalt77295 ↑31%Chevrolet Cobalt 12639BTop
32Manganese76323 ↑37% GATop
33Selenium72557 ↑45%Selenium (software) 8217BTop
34Titanium72421 ↓22% FATop
35Sodium70355 ↑32%BTop
36Antimony66153 ↑91%June 10,11; 8300Antinomy 3029CHigh
37Plutonium66153 ↑32% FATop
38Halogen63323 ↑38%BTop
39Uranium62910 ↓33% FATop
40Argon62057 ↑31% GATop
41Bromine60829 ↑18%BTop
42Boron60803 ↑25%Boron, California 1475 GATop
43Beryllium60475 ↑40%BHigh
44Radon57825 ↑34%Radon transform 3316 GATop
45Tungsten57756 ↓19%Tungsten (handheld) 278 GATop
46Fluorine57266 ↑36%Fluorene 2961BTop
47Neon57067 ↑30% GATop
48Molybdenum57044 ↑43% GATop
49Polonium52744 ↑133%BHigh
50Rhodium52563 ↑55% GATop
51Iridium51507 ↑54%Iridium (satellite) 1151 FAHigh
52Noble gas51264 ↑39% FAHigh
53Tin49619 ↓30%Tin can 8062BTop
54Bismuth47288 ↑45%BHigh
55Alkali metal43807 ↑48%CMid
56Radium43413 ↑56%BHigh
57Caesium42182 ↑38% GAHigh
58Krypton37096 ↑24%Krypton (comics) 9445 GAHigh
59Barium35629 ↑31%BHigh
60Niobium35543 ↑98% FAHigh
61Osmium33950 ↑40%Osmium (album) 1519 GAHigh
62Germanium33516 ↑39% FAHigh
63Gallium31985 ↑43%BHigh
64Neodymium28864 ↑19%BHigh
65Francium28126 ↑51% FAHigh
66Xenon27147 ↓37%Xenon (processor) 6536 FATop
67Rubidium24772 ↑34%CHigh
68Gadolinium24127 ↑42%BHigh
69Alkaline earth metal23926 ↑41%CMid
70Indium23902 ↑46%CHigh
71Vanadium23461 ↓21% GAHigh
72Ruthenium22848 ↑21% GAHigh
73Einsteinium22105 ↑94%StartMid
74Thorium21935 ↓24%BHigh
75Scandium21286 ↑40% GAHigh
76Astatine19590 ↑18%CMid
77Americium19265 ↑29%CMid
78Ununoctium18980 ↓39% FAHigh
79Copernicium17922 ↓1%BLow
80Tantalum17905 ↓9% GAHigh
81Tellurium17656 ↓27% GAHigh
82Rhenium16735 ↑31% GAHigh
83Californium16699 ↑53%CMid
84Hafnium16448 ↑43% GAHigh
85Strontium16424 ↓31%BHigh
86Thallium16065 ↓18% GAHigh
87Lanthanum15823 ↑34%BMid
88Zirconium15715 ↓25% GAHigh
89Cerium15434 ↑31%CMid
90Technetium14832 ↓24% FAHigh
91Ununpentium14089 ↓14%BLow
92Promethium12938 ↑33%Promethium (comics) 751CMid
93Roentgenium12693 ↑26%BMid
94Neptunium12629 ↑35%CMid
95Europium12555 ↑43%CMid
96Yttrium11476 ↓24% FAHigh
97Dysprosium11441 ↑32% GAMid
98Lutetium11315 ↑43%BMid
99Samarium10734 ↑29%CMid
100Actinium10416 ↑22%StartMid
101Erbium10134 ↑46%CMid
102Lawrencium10069 ↑28%StartMid
103Praseodymium9749 ↑40%StartMid
104Curium9615 ↑36%CMid
105Darmstadtium9488 ↑31%BMid
106Chalcogen9216 ↑69%CMid
107Seaborgium9034 ↑34%BMid
108Rutherfordium8935 ↑24%BMid
109Hassium8748 ↑24%BMid
110Protactinium8542 ↑35%StartMid
111Holmium8341 ↑37%CMid
112Nobelium8171 ↑42%StartMid
113Berkelium8159 ↓5%StartMid
114Mendelevium8155 ↑35%StartMid
115Dubnium8131 ↑29%BMid
116Meitnerium8049 ↑20%BMid
117Fermium7602 ↑21%StartMid
118Ununseptium7421 ↓90%CLow
119Bohrium7353 ↑35%BMid
120Ununquadium6206 ↓36%BLow
121Ytterbium6029 ↓29%BMid
122Ununtrium5816 ↓40%BLow
123Ununhexium5318 ↓43%BLow
124Terbium4789 ↓27%CMid
125Thulium4538 ↓22%StartMid
126Group 11 element4447 ↑47%CLow
127Group 3 element4055 ↑45%CLow
128Carbon group3869 ↑33%CMid
129Boron group3630 ↑25%StubMid
130Nitrogen group3609 ↑16%CLow
131Group 7 element3551 ↑75%StubLow
132Group 4 element3480 ↑23% GALow
133Lanthanoid3399 ↓1%CLow
134Group 8 element2846 ↑49%StubLow
135Group 12 element2512 ↑39%StartLow
136Group 6 element2472 ↑51%StartLow
137Group 5 element2462 ↑57%StubLow
138Actinoid2272 ↓19%CMid
139Period 2 element2145 ↑9%CLow
140Group 10 element2056 ↑39%StartLow
141Period 4 element1971 ↑1%StubLow
142Period 3 element1822 ↓2%StartLow
143Period 1 element1649 ↑8% GALow
144Period 6 element1612 ↑14%StubLow
145Group 9 element1530 ↑33%StubLow
146Period 7 element1288 ↓9%StubLow
147Period 5 element739 ↓51%StubLow

Possible Media Influences

Periodic Tables

The first table is color-coded by page views using the same category scheme as above. The second table employs a new scale which combines both quality and page views. They can be used to help identify trends in article traffic and quality.

Other Statistics

StatisticJune 2008AugustOctoberDecemberFebruary 2009 †AprilJuneAugust ‡OctoberDecemberAprilJune
Total383733633341805862323468670156361735008093433408844464887301807532386762168937692957
Mean325202825649681397183834134069294843024852507362174229252333
Total % Change- ↓13% ↑76% ↓20% ↑12% ↓11% ↓13% ↑3% ↑64% ↓27% ↑XX% ↑XX%
Mean % Change- ↓6% ↑78% ↓26% ↑21% ↓13% ↓6% ↑11% ↑94% ↓32% ↑XX% ↑XX%
† Whereas previous issues had only analyzed the 118 elements, issues after and including February 2009 also include the periods, groups, and various other supporting articles.
‡ Issues after and including August 2009 issue use a pageview tool which tabulates redirected views, whereas previous editions did not.

Critical Articles

QualityMost viewed2nd most3rd mostTotal
FAHydrogen 302431Oxygen 235033Helium117626655090
GAMercury (element) 171570Chlorine 141366Chromium 110736423672
BGold 342637Copper 242472Aluminium 228364813473
CPeriodic table 326347Iron 257519Antimony 66153650019
StartEinsteinium 22105Actinium 10416Lawrencium 1006942590
StubBoron group 3630Group 7 element 3551Group 8 element 284610027

Views by Quality

QualityArticlesTotal ViewsAverage Views
FA16120919275575
GA26124580947916
B55416835875788
C2693954636136
Start151104237362
Stub9196262181

Conclusions

  • These articles tend to be viewed more frequently during the weekdays (Monday through Friday) than on the weekends. Silicon, for example, averaged about 2500 hits per weekday, but only 1400 hits per weekend day in June. If you are preparing for a major edit, such as one that would require the {{in use}} template, consider waiting until the weekend to minimize the possibility of an edit conflict.
  • The same is also true for the winter holidays. Silicon averaged 2900 hits per day from December 1 through December 19, but only 1200 hits per day from December 20 through December 31.
  • News articles, even those contained within Wikipedia itself, can cause spikes in page traffic for the elements mentioned within the article, even if the news source is specialized or obscure. If you happen to notice a news story that focuses on an element, consider adding that page to your watchlist for a day or two.