Fire.northwestern.edu - SEO Checker

Sign up for free! PDF Export
Overview of the SEO Check
Meta information
59% 
Page quality
45% 
Page structure
70% 
Link structure
75% 
Server
92% 
External factors
100% 
SEO Score
Response time
0.56 s
File size
39.30 kB
Words
384
Media files
2
Number of links
20 internal / 0 external

Task list of SEO Improvements

Meta specifications

Title
(Critically important)
FIRE: Feedback In Realistic Environments | Increasing the predictive power of galaxy formation simulations
The page title should be shorter than 580 pixels. It is 961 pixels long. Optimize title
There are no duplicate words in the title
Meta description
(Critically important)
The meta description is missing.
Crawlability
(Critically important)
There are no problems in accessing the website.
Canonical URL
(Important)
https://fire.northwestern.edu/
There is a valid canonical link specified.
Language
(Somewhat important)
Language detected in text: en
Language defined in HTML: en-us
Server location: United States of America
The following language is defined by HTML: en-us
Alternate/Hreflang Links
(Somewhat important)
There are no alternate links specified on this page.
Other meta tags
(Somewhat important)
There is no rel next meta tag on this page.
There is no rel prev meta tag on this page.
Domain
(Somewhat important)
This page is hosted on a subdomain. Use a top level domain for better SEO results.
The domain does not contain non-latin characters.
Page URL
(Somewhat important)
No parameters were found in the URL.
No session ID was found in the URL.
The URL does not have too many subdirectories.
Charset encoding
(Somewhat important)
The charset encoding (UTF-8) is set correctly.
Doctype
(Nice to have)
The doctype HTML 5 is set correctly.
The doctype is placed at first in the HTML code.
Favicon
(Nice to have)
The favicon is linked correctly.

Meta tags

NameValue
viewportwidth=device-width, initial-scale=1
robotsmax-image-preview:large
generatorNUsites 6.5.5 - http://sites.northwestern.edu/
msapplication-TileImagehttps://sites.northwestern.edu/files/2023/12/favicon.png
langen-us
charsetUTF-8

Test up to 1.000 webpages of fire.northwestern.edu with our free plan!

Try For Free
No trial. It's just free!

Page quality

Content
(Critically important)
Words from the H1 heading are not used in the page content.
There are only 384 words on this page. Good pages should have about 800 words of useful content.
The average number of words per sentence of 32.57 words is high.
30.5% of the text are stop words.
Keywords used in the page title are also used in the page content. That's good!
The page contains a listing, which indicates a good text layout.
4 paragraphs were found on this page.
No placeholders texts or images were found.
There are no duplicates on the site.
Frames
(Critically important)
This page does not use a frameset.
Mobile optimization
(Somewhat important)
A viewport "width=device-width, initial-scale=1" is provided.
At least one Apple touch icon is specified.
Bold and strong tags
(Somewhat important)
The usage of strong and bold tags is perfect. We recommend the use of up to 8 tags for this page.
Image SEO
(Somewhat important)
1 images have no alt attribute. The content of alt attributes is used by search engines.
Social Networks
(Nice to have)
There are only a few social sharing widgets on the page. Make your website popular in social networks with social sharing widgets.
Additional markup
(Nice to have)
No additional page markup was found.
HTTPS
(Somewhat important)
This website uses HTTPS to protect privacy and integrity of the exchanged data.
All included files are also transferred via HTTPS.

Media list

URLAlt attributeTitle
...es/2016/08/FIRE_row-1d6ypnt-1024x323.pngFIRE_row
...08/sf_multifrequency-14084h9-300x155.jpgNo alt attribute provided

Page structure

H1 heading
(Critically important)
FIRE: Feedback In Realistic Environments
Too many H1 headings
Headings
(Important)
The heading structure is perfect.

Heading structure

Heading levelContent
H1 FIRE: Feedback In Realistic Environments
H1 Home
H1 Recent Posts
H2 Increasing the predictive power of galaxy formation simulations
The number of internal links is ok.
Every linktext is unique.
None of the anchor texts is too long.
All internal links are not using dynamic parameters.
There are no external links on this page.

Found links on this page

LinkAttributesAnchor text
https://fire.northwestern.edu/Anchor Skip to content
https://fire.northwestern.edu/Subdomain FIRE: Feedback In Realistic Environments
https://fire.northwestern.edu/Subdomain Home
/about-fire/Subdomain About
/massivefire/Subdomain Massive Galaxies
/milky-way/Subdomain Milky Way (& Local Group)
/firebox/Subdomain FIREBox
/visualizations/Subdomain Visualizations
/data/Subdomain Data
/press/Subdomain Press
/2024/06/18/the-high-redshift-...Subdomain The High-Redshift Gas-Phase Mass–Metallicity Relation in FIRE-2
/2024/06/18/ne-viii-in-the-war...Subdomain Ne VIII in the warm-hot circumgalactic medium of FIRE simulations and in observations
/2024/06/18/effects-of-multi-c...Subdomain Effects of multi-channel AGN feedback in FIRE cosmological simulations of massive galaxies
/2024/06/18/inflow-and-outflow...Subdomain Inflow and outflow properties, not total gas fractions, drive the evolution of the mass-metallicity relation
/2024/06/18/any-way-the-wind-b...Subdomain Any Way the Wind Blows: Quantifying Superbubbles and their Outflows in Simulated Galaxies across z~0-3
/2024/06/18/angular-momentum-t...Subdomain Angular momentum transfer in cosmological simulations of Milky Way-mass discs
/2024/06/18/synchrotron-signat...Subdomain Synchrotron Signatures of Cosmic Ray Transport Physics in Galaxies
/2024/06/18/dense-stellar-clum...Subdomain Dense stellar clump formation driven by strong quasar winds in the FIRE cosmological hydrodynamic simulations
/2024/06/18/confronting-the-di...Subdomain Confronting the Diversity Problem: The Limits of Galaxy Rotation Curves as a tool to Understand Dark Matter Profiles
/2024/06/18/a-dusty-locale-evo...Subdomain A Dusty Locale: evolution of galactic dust populations from Milky Way to dwarf-mass galaxies

Server configuration

HTTP redirects
(Critically important)
This page redirects to "https://fire.northwestern.edu/"
HTTP header
(Important)
No X-Powered HTTP header is sent.
This page uses GZip for compressed data transmission.
Performance
(Somewhat important)
The page response time of 0.56 seconds is longer than the recommended limit of 0.4 seconds. A high response time unnecessarily slows down search engine crawling and results in bad user experience as well.
The file size of the HTML document is fine (39 kB).

HTTP Response Header

NameValue
serveropenresty
dateThu, 05 Sep 2024 05:39:45 GMT
content-typetext/html; charset=UTF-8
last-modifiedThu, 05 Sep 2024 05:12:16 GMT
cache-controlmax-age=1951, must-revalidate
varyCookie
link<https://fire.northwestern.edu/wp-json/>; rel="https://api.w.org/"
x-cacheMISS
x-cache-bypass-reason0
content-encodinggzip
statuscode200
http_versionHTTP/2

External factors

This website has excellent links from other websites.
This page has backlinks from 128 referring domains.
This page has 311 backlinks.
This page has backlinks from 114 different ip addresses.

Links from Wikipedia

No links from Wikipedia were found.

Robots.txt

No valid Robots.txt file was found.

Similar sites

Search preview

Most important keywords

Following keywords were found. You can check the keyword optimization of this page for each keyword.

KeywordResultRecheck
FIRE77%Check
Feedback62%Check
Realistic62%Check
Realistic Environments62%Check
FIRE simulations62%Check
Environments61%Check
FIRE cosmological56%Check
galaxy formation50%Check
predictive power50%Check
galaxy formation simulations50%Check
Show more keywords and terms

Test up to 1.000 webpages of fire.northwestern.edu with our free plan!

Try For Free
No trial. It's just free!

Cookie Policy

We use cookies to make our site work and also for analytics and advertising purposes. You can enable or disable optional cookies as desired. See the following links for more information.

Contact | Privacy

We need these so the site can function properly

So we can better understand how visitors use our website

So we can serve you tailored ads and promotions