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Guide to Using Google Sheets for Basic Web Scraping

Vytenis Kaubrė

2022-11-089 min read

Google Sheets web scraping can be an effective technique. While most ways of web scraping require you to write code, web scraping with Google Sheets requires no coding or add-ons. All you need to do is use a built-in function of Google Sheets. Thus, it acts as a basic web scraper.

This guide will show you how to scrape website data with Google Sheets with a practical example. 

Importing XML and HTML

IMPORTXML is a function that imports data from various structured data types. You can use it not only to scrape XML documents but also HTML documents. Other structured data types that the IMPORTXML formula supports are Comma Separated Values (CSV), Tab Separated Values (TSV), Really Simple Syndication (RSS), and Atom XML feeds.


The IMPORTXML function needs two parameters—the URL of the page to examine and the XPath query.

If you would like to see the official documentation, click here. However, this article will explain IMPORTXML and a few other related functions in detail. Let's look at some of the examples to help us understand the IMPORTXML function a little better.

To extract the title element from the web page, the formula would be as follows:


As evident here, the first parameter is the website URL, and the second parameter is the XPath query. Also, note that you would need to enclose both parameters in quotation marks unless these are a reference to another cell.

You can create an XPath query directly from the browser. Open the webpage in your preferred browser, right-click the element you want to extract, and select Inspect. You’ll see the developer tools open with the HTML element highlighted. Right-click the HTML of the highlighted element, then select Copy and choose Copy XPath. This action copies the XPath and saves that element to your clipboard.

Copying an element's XPath

Copying an element's XPath

Let's look at one more example. If you want to extract the first quote from the webpage, the formula will be as follows:


If this XPath query seems like something you aren’t comfortable with, we recommend reading the XPath section on our blog to learn more about writing XPath queries. 

Alternatively, you can enter the URL in cells. For example, if you enter the URL in cell A1 and XPath in cell A2, your formula will refer to these cells as follows:


Quick XPath introduction

The IMPORTXML works only with XPath. This section gives you a quick overview of XPath, which is enough to start using the IMPORTXML formula. 

If you have an HTML where the body tag directly contains h1, you can use the following XPath to locate this h1 element:


The forward slash at the beginning of an XPath expression represents the document. We can read the above XPath as follows:

  • Begin with the root of the document

  • Find an html tag in the document

  • Find a body tag in the html tag

  • Find an h1 tag 

If you want to match all the h1 tags, you can make this Xpath much shorter as follows:


Two forward slashes mean to match all descendants. This XPath expression will match all the h1 elements found anywhere in the document. Next, to extract the text contained in the h1 element, you can use the text() function:


It’s also possible to extract the value of any attribute. For example, if you want to extract the value of the class attribute of h1 tags, the XPath will be as follows:


As you can see, to work with attributes, you have to prefix the @ character.

Let's take a look at filtering. For example, what if you wanted to get only the h1 elements with a class named pdp_orange applied? The following XPath will do just that:


We learn from this expression that we need to use square brackets. 

How to extract data from a website to Google Sheets

Follow the steps below to extract data from a website to Google Sheets without the use of add-ons:

1. First, let’s find the XPath to select elements. Load the site in Chrome, Right-click the element, and select Inspect

You’ll see the developer tools window opening with the Elements panel. As you might know, the Developer Tools is crucial to building any web scraper. Next, if you want to select only one element, right-click the HTML element, select Copy, and click Copy XPath.

In this example, we’ll work with, aiming to get all the book titles. These requirements mean that we need to write a custom XPath that looks like this:


Press Ctrl+F or Command+F when the Elements tab of the developer toolbar is open and paste this XPath. You’ll see a preview of the 20 items selected.

Pasting the XPath

Pasting the XPath

Looking at the HTML markup, you’ll see that the book name is incomplete for many books within the element text. That's why we’re extracting the title attribute values containing the complete book title. 

2. Navigate to Google Sheets and create a new sheet. This step requires you to log in to your Google account if you haven't done so already. Depending on how many sheets you have created in the past, you would see a New sheet tile on the top or a floating New Sheet button in the lower right corner.

Tip: Open to directly create a new sheet.

Creating a new sheet

Creating a new sheet

3. Enter the URL of the webpage and the XPath in two cells. Entering these values in the cells enables us to create a formula that’s easy to maintain.

Entering the URL and the XPath

Entering the URL and the XPath

4. Finally, we can start extracting website data with Google Sheets. In a new cell, for example, A4, enter the following formula:


This formula effectively calls the function below:


Press ENTER to execute this function. It’ll take a moment and get all the twenty book titles.

The scraped book titles

The scraped book titles

You’ll see that one single formula extracts all twenty book titles efficiently. In order to extract the book prices, the first step is to create the XPath for prices. This XPath would be as follows:


Enter this XPath in a cell, let's say, B3. After that, enter the following formula in cell B4:


You’ll see that now you have the book prices fetched.

The scraped book prices

The scraped book prices

Apart from IMPORTXML, a few other functions can be used for web scraping directly from the Google Sheets document. Again, there is no need for add-ons, as these are natively available.

These functions are as follows:




You can use the IMPORTHTML function to extract data from tables and lists. IMPORTDATA function can scrape data when your target website URL contains data in a CSV or TSV format. IMPORTFEED function can import RSS or Atom feeds. We’ll detail these functions shortly.

Import a table from a website to Google Sheets

If your target page contains data in a table, the IMPORTHTML function is perfect for you. This function expects three parameters:

  • URL - This is the page URL you want to scrape. This URL should be complete, including the http:// part.

  • Either "table" or "list" - IMPORTHTML formula can get data from lists too. If you want to extract a table, set this value to "table".

  • The INDEX of the table or the list you want to scrape. 

Note the following about the INDEX formula:

a. The INDEX begins from 1

b. The INDEX for tables and lists is separate. Therefore, the number 1 could simultaneously mean the first table and the first list. What you get depends on the second parameter.

For example, let’s look at This page contains the list in a table. 

  1. So, start by creating a new sheet, and enter this URL in a cell. For example, we have entered the URL in cell B1.

  2. Next, enter the following formula in cell A3:


This formula gets the first table from the page. As a result, you’ll see the whole table fetched from the web page into the Google spreadsheet.

The scraped table

The scraped table

It’s also possible to extract only a single column. For this, you can use another Google Sheets web scraping function—INDEX. The INDEX function can extract any row or column from a table. It requires one mandatory and two optional parameters:

  • The reference of the table

  • Row - Optional

  • Column - Optional

For example, if we wanted only the movie titles, which are in column number 3, our formula would be as shown below:


We have skipped the optional parameter “row” as we want to keep all the rows. Let’s move on to another helpful function—IMPORTFEED.

Import data from XML feeds to Google Sheets

RSS and Atom are two standard XML formats to generate website feeds. Even though scraping data from them using the IMPORTXML function is possible, that would still require writing the XPath queries. Thus, a specialized function is more suitable. There are a few third-party add-ons, but we don’t need any of them. 

This is where the IMPORTFEED function comes in. It only needs one argument line, which is the URL of the feed. If you send the feed URL, this function will fetch the data and present it to you in Google Sheets. Let's take the example of the New York Times Technology feeds to see this function in action. 

1. Create a new sheet and enter the URL of the feed in cell B1:

2. Now, in cell A2, enter the following formula:

Imported data from a website feed

Imported data from a website feed

3. Press Enter, and you’ll see twenty feed items imported into your Google Sheets document.

Customizing data imported by IMPORTFEED

The IMPORTFEED function has the following optional parameters:

  • Query - You can use this to specify which information you want to import.

  • Headers - As you can see from the above image, there are no headers in the imported data. If you want to see column headers, then set this parameter to TRUE.

  • num_items - You can also control how many items are fetched. If you want only five items to be imported, set this parameter to 5.

Let’s update the function call to the following:

Imported data with headers

Imported data with headers

Note that we have left a blank space for the query. This function call brings all the columns. However, now you’ll see only five items fetched along with column headers.

If you want specific information from the feed, there is a list of possible items that you can send to the second parameter, which we have not used so far. If you want only the information about the feed, enter the following formula:


This formula returns a single row with the feed information. In this particular example, the output is as follows:

NYT > Technology

You can narrow down this information further by specifying which piece of information you want from the feed information. For example, if you only need the title, modify the formula as follows:

=IMPORTFEED(B1,"feed title")

Other options are feed description, feed author, and feed URL. You’ll see an error if any of the information is not found in the feed.

An error message showing that the information is not found in the feed

An error message showing that the information is not found in the feed

If you want to see a specific column, you can use the query as "items <type>". For example, if you want to get only the titles, enter the following formula:

=IMPORTFEED(B1,"items title")
The scraped titles

The scraped titles

Note that you can't specify more than one column in such a manner. If you want to get two columns, you need to make a separate function call.

Importing Data from CSV to Google Sheets

If you have a website URL that contains a CSV file, you can use the IMPORTDATA function to get the data. For example, create a new sheet and enter the following URL in the cell B1:

In the cell A2, enter the following formula:

Extracted data from a CSV file

Extracted data from a CSV file

Does the data stay fresh?

If you keep your Google sheet open, these functions check for updated data every hour. Data will also be refreshed if you delete and add the same cell. Note that data will not be refreshed if you refresh your sheet or if you copy-paste a cell with these functions.

Advantages and drawbacks of import functions

There are a few key advantages of using the import functions in Google Sheets:

  • The most significant advantage of all these functions is that you don’t need to learn to code. In addition, you don’t need any add-on to create a Google Sheet web scraper.

  • The extracted data remains reasonably fresh automatically. 

  • You can use somewhat dynamic imports, as these formulas can be used as regular Google Sheets formulas, which means these can reference other cells. 

There are plenty of drawbacks as well: 

  • This method is not scalable. If you want to import millions of records, Google Sheets is not what you need.

  • There is no option to customize the headers. The headers sent are standard Google headers, including the user-agent, which means many websites would block it.

  • On top of it, there is no option to send a POST request. Even a slightly complex web scraping task will not work.

  • Finally, you have no option to use a proxy. For anything advanced, you would have to rely on either programming or a professional solution such as Large-scale Web Data Acquisition.

Common Errors

The following are some of the common errors you may face while creating a Google spreadsheet for web scraping:

Error: Array result was not expanded

The most common error is an #REF error. If you move your mouse over the error, you’ll see a message similar to the following:

Array result was not expanded because it would overwrite data in A36.

This error means that you need to make room by adding more cells for the results.

Error: Result too large

If you see this error, it means that the results are too big to be handled by Google Sheets. This error happens when using the IMPORTXML function. The solution is to update the XPath query so that a smaller amount of data is returned.

Errors related to volatile functions

When you see the following error:

Error: This function is not allowed to reference a cell with NOW(), RAND(), or RANDBETWEEN()

It means that you’re trying to reference one of the volatile functions, such as NOW, RAND, or RANDBETWEEN, in one of the parameters. These references may be indirect or direct.

The import functions can’t use most of the volatile functions. The solution is to copy and paste values and then reference the values.


Google Sheets is a great way to begin web scraping without writing any code. This way, you’re collecting the data in a spreadsheet which is another advantage. However, it has limited scope, and you would need to create or use a web scraper for any advanced web scraping. For ease of use, you can also find this guide on GitHub.

If you would like to learn more about web scraping using different programming languages, take a look at our blog posts, such as Web Scraping with JavaScript, Web Scraping with Java, Web Scraping with C#, Python Web Scraping Tutorial, and many more.

About the author

Vytenis Kaubrė

Junior Technical Copywriter

Vytenis Kaubrė is a Junior Technical Copywriter at Oxylabs. His love for creative writing and a growing interest in technology fuels his daily work, where he crafts technical content and web scrapers with Oxylabs’ solutions. Off duty, you might catch him working on personal projects, coding with Python, or jamming on his electric guitar.

All information on Oxylabs Blog is provided on an "as is" basis and for informational purposes only. We make no representation and disclaim all liability with respect to your use of any information contained on Oxylabs Blog or any third-party websites that may be linked therein. Before engaging in scraping activities of any kind you should consult your legal advisors and carefully read the particular website's terms of service or receive a scraping license.

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I’m interested


  • Importing XML and HTML

  • How IMPORTXML works

  • Quick XPath introduction

  • How to extract data from a website to Google Sheets

  • Other related functions

  • Import a table from a website to Google Sheets

  • Import data from XML feeds to Google Sheets

  • Customizing data imported by IMPORTFEED

  • Importing Data from CSV to Google Sheets

  • Does the data stay fresh?

  • Advantages and drawbacks of import functions

  • Common Errors

  • Conclusion

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