User:Chromium2451/Evaluate an Article

Which article are you evaluating?
Chromite

Why you have chosen this article to evaluate?
I chose the chromite article as I though that it pertained to the resource course as it is a vital resource in our modern society.

Evaluate the article
The Lead section on the chromite page is concise and describes chromite giving its chemical formulas and its formational environment. the lead article briefly touches on some aspects that will be discussed later in the paper but does not give an overview on everything that will be talked about such as health and environmental impacts. The information within the article seems to be up to date as the article is including recent published papers on some health effects of chromite mining and processing. The article does not deal with an equity gap. the articles content is extremely relevant to the topic and seems to be impartial and neutral in tone. The article appears to not  sway readers in any one position and there are no view points which are over or under represented within the chromite article. The sources for this article appear to be drawn peer reviewed articles for the most part, from many institutions and appear to be thorough with working links. The article also appears to be well organized with clear section headers and sensible subsections which make the article easy to read. The images are also well captioned and enhance the article through showing the localities the specimens were obtained as well as displaying characteristic features of the mineral. This article is part of three wikiprojects (geology, mining, rocks and minerals) and is rated C-class for all three. The articles strengths appear to be in discussing all of the chemical and mineralogical aspects of chromite. The article appears to be well developed with many sections outlying key aspects of the mineral. the article could possibly be improved through perhaps usage characteristics such as tons used per year, or through perhaps more details on current mining of chromite.