Finding Research on Sustainability Topics

As the liaison librarian for the Trottier Institute for Sustainability in Engineering and Design (TISED), I love it when McGill students and researchers ask me for help finding research related to environmental sustainability and climate action. My two go-to research databases for these kinds of questions are ProQuest One Sustainability and Scopus. The tips below on these databases will be particularly useful for students and researchers in TISED and in engineering but I hope people researching in other fields may find them useful too!

ProQuest One Sustainability

This is the leading sustainability database available through McGill Libraries. You can access it at: ProQuest One Sustainability. This database contains references to journal articles, conference papers, books and book chapters, case studies and more on topics such as environmental engineering, water resources, climate policy and environmental health. The database allows you to filter your results to limit to one or more of the three sustainability pillars: environmental, social and economic.

So, for example, if I wanted to find academic sources on cycling in cities and focus on the social aspects, I could type in: cycling and cities; once the results are displayed, I can choose the “social” filter, under the “sustainability pillar” category, from the left-hand column. My search results will include literature on topics like gender inequality in cycling, the lived experience of cyclists, motivations for cycling, recreational cycling and so on.

Another reason I recommend this database is that it has implemented a feature that maps its research content to the UN Sustainable Development Goals (SDGs), thus allowing researchers to identify literature on many sub-topics within sustainability. The UN goals are 17 specific objectives that are part of a plan that all UN member states adopted in 2015 to reduce poverty, protect the planet and improve the lives of everyone. Research in addressing these goals is helping to solve real-world problems. ProQuest One Sustainability has added the goals into their database to raise awareness of research that is making a difference in the world by addressing critically important issues for humanity and the environment.

How does this feature work? The database highlights research that relates to each of the 17 goals by listing the goals on the database’s home page. When you click on a specific goal (e.g. “Goal 6: Clean Water and Sanitation”), the database lists the targets within each goal (e.g. “Target 6.1: By 2030, achieve universal and equitable access to safe and affordable drinking water for all”). You can click on “Find articles” to view the literature that addresses this specific target. In the image below, you can see what the “Find articles” link looks like in the database.

One strange quirk of ProQuest One Sustainability is that when you run a search using the default search box on the database’s home page, the database looks for your words anywhere in the description of the items in the database, including in the full text when available. This kind of search is different from most other research databases at McGill that only look for your words in the title, abstract and description of the items and not the full text, which gives a more precise and targeted search. What this means is that in ProQuest One Sustainability, you can get a lot of noise (irrelevant results) cluttering up your search. I recommend going to the “advanced search” and, from the dropdown menu, selecting this option to search instead: “Anywhere except full text.” This kind of search will help you retrieve more focused results and reduce the clutter.

Scopus

Another of my go-to databases for sustainability topics is Scopus and I’ll explain why. Scopus is a multidisciplinary database covering research on every topic you can imagine, and not limited to sustainability-related topics, like ProQuest One Sustainability. You can access it at: Scopus. What makes Scopus stand out in terms of sustainability is that it recently implemented a feature similar to the functionality in ProQuest One Sustainability that ties literature to the Sustainable Development Goals.

When you run a search, say for cycling in cities, Scopus has incorporated the goals within the description of literature that addresses one or more of the goals. Scopus will help you identify which research articles address the SDGs by indicating, under the “Impact” section of each document’s record, when the research relates to one or more SDGs. Scopus uses machine learning to help identify which articles discuss which SDGs. For example, in my Scopus search: cycling and cities, I found an article on promoting cycling to schoolchildren and after choosing the “Impact” tab, I found that the article mapped to “Goal 11: Sustainable Cities and Communities.” Scopus also gives a summary of what each goal is about and why it is important. Here is what Scopus looks like in action:

Limitations

My hope is that both ProQuest Sustainability One and Scopus will make their mapping features even more useful by integrating a search filter for SDGs, much like the sustainability pillar filter within ProQuest Sustainability One. That way, it will be really easy to filter down from your list of results to only show the literature that addresses a specific SDG. For now, when you run a search in either of these databases from their main search boxes, this isn’t possible. In Scopus, we need to look through all the results in a search one by one to see if there are any SDGs mapped to the research articles. In ProQuest One Sustainability, only those articles listed under the special section on the 17 goals on the database’s home page will get you to research on any specific SDG.

For more information

I hope this gives you a glimpse into how you can use some of McGill Libraries’ best resources to find literature on sustainability topics. You’ll find other resources related to environmental sustainability on my TISED research guide at: https://libraryguides.mcgill.ca/tised and on the Environmental Studies research guide at: https://libraryguides.mcgill.ca/environmental-studies. For help on finding research related to any topic, McGill students and researchers can consult the list of liaison librarians. We’re happy to help!

Open publisher-invited reviews in Web of Science

Something to look out for in the academic science literature is the ability to read documents that are part of the peer review associated with a published article. These can include reviewer reports, author responses, and editor decision letters. Getting the full story around a paper of interest, from the author’s submission to the final published version, is really exciting. It can also be beneficial to any new researchers or new peer reviewers that would like to learn what to expect from the system.

The process is referred to as transparent peer review. It has been piloted at the American Chemical Society, and the Institute of Physics (IOP) recently implemented transparent peer review for all of it’s open access journals.

Here is an example of an IOP article that includes open peer review documentation. It can be hard to locate the documents on the website, but they are found by hovering over the Clarivate logo with all of the article metrics. It looks like this:

View Public Peer Reviews

Clativate has made it easy to identify articles that have peer review documents associated with them by adding “Open publisher-invited reviews” as a quick filter in their multidisciplinary Web of Science database. There may only be a small number of these papers in your search results, but this number will likely grow.

Here is what the option looks like after you run a search in Web of Science:

Open publisher-invited reviews quick filter in Web of Science

Let us know if you have any questions about this option, and if you find it useful!

New look for CAS SciFinder-n

Screenshot of the new launch page.

There is a brand new look and feel to the main search page of the SciFinder-n database from CAS, a division of the American Chemical Society. The results pages from searches in CAS SciFinder-n have not been impacted by the change.

An interesting addition to the main page is easy access to the CAS Lexicon, where you can work on your strategy ahead of time by searching the indexing terms for concepts, chemical classes, and taxonomic vocabulary.

CAS Lexicon available from the launch page

If you have never registered to use CAS SciFinder-n, visit the Library’s CAS SciFinder Discovery Platform guide for details. You can also stay up-to-date on database changes by visiting the “What’s New?” section of their website.

The help pages for searching in CAS SciFinder-n have all been updated, but if you have any questions about the database please do not hesitate to ask (email April).

Usage Counts in WoS

Web of Science Usage CountsWe are used to going to Web of Science to see how many times a particular paper has been cited but if you haven’t used the database in a while, you may not have noticed that they added alternative metrics.

Usage counts are now provided that add up the number of times the full text links of a paper have been clicked, and the number of times that it has been saved for use in a bibliographic management tool. Counts are provided from the last 180 days or since since February 1, 2013.

For more info on impact measurements, visit our guide.

Surf’s up!

I just spent a week in PEI and Nova Scotia, enjoying the sun and the surf. It is a true pleasure to be seaside, relaxing in the warm sand, cooling off in the waves and afterwards, at a small seafood shack, getting your fingers greasy eating fried clams and lobster rolls. It’s fair to say that I am rather romantic when it comes to the ocean and the less I know about it, the better. If you’re not like me and you’re actually a budding or seasoned scientist or oceanographer, please visit Fisheries and Oceans Canada and explore their Scientific Data and Products page. This is an online portal to “[o]ceanographic information and data collected and aggregated by the Department of Fisheries and Oceans. Data is collected through several national and international programs.” You can browse the different websites and databases by topic (Biology and Chemistry; Ocean Physics; Meterorology) or alphabetically by title. Bookmark it!

Image courtesy of Library of Congress