Designing your Website to Use Less Energy: Green Energy Websites (Paperback) (ISBN-13: 9781519254672)

Designing your Website to Use Less Energy available at Amazon, explores simple changes you can make to your website which will cause it to use less energy. We don't often think about the amount of power being used to surf the internet, but it's quite a lot. If all websites were designed to use less energy, we could save a lot of energy.One of the most important considerations when designing a website to use less energy, is to make it load quickly. Part of that depends on where your website sits - your webhost. Part of that depends on your images. Part depends on ads. Part depends on how simply your website is coded. In fact, Google will downgrade your webpage in it's search algorithm if your webpage doesn't load quickly.Designing your Website to Use Less Energy covers Choosing a Webhost, Performance, Plug-ins and Services, Making your own Plug-in, Energy Saving Colors, and Printing. Performance covers lessening the impact of Images, Javascript, CSS, Photo Frameworks, and Database Queries; plus other tricks you can use to make your page load faster. If you're a big corporation there are tools from Google, Facebook, and Twitter you can use. If you're not a large corporation and don't have a lot of time, this book will help you get your website loading faster and will help you save energy. The more users you have who browse your website, the more energy you'll save.Websites. Energy Savings, Energy Efficiency.Length: 72 PagesReading Ease: Medium; Reading Level: 8th GradeRating / Maturity: General Audience; Target Audience - Those who want to save energy - for those designing and programming a website and those needing a website.Longest Programming Word: getElementsByTagName; Longest English Word: Recommendations

Author: Dale Stubbart
ISBN-10: 1519254679
ISBN-13: 9781519254672
Publisher: Createspace Independent Publishing Platform
Language: English
Published: 11/11/2015
Pages: 140
Format: Paperback
Weight: 0.43lbs
Size: 9.00h x 6.00w x 0.30d