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The repository contains an ongoing collection of tweets associated with the novel coronavirus COVID-19 since January 22nd, 2020.

As of 02/19/2021 there were a total of 1,431,742,565 tweets collected. The tweets are collected using Twitter’s trending topics and selected keywords. Moreover, the tweets from Chen et al. (2020) was used to supplement the dataset by hydrating non-duplicated tweets.

Citation

Christian Lopez, and Caleb Gallemore (2020) An Augmented Multilingual Twitter Dataset for Studying the COVID-19 Infodemic. DOI: 10.21203/rs.3.rs-95721/v1 https://www.researchsquare.com/article/rs-95721/v1

Data Organization

The dataset is organized by hour (UTC) , month, and by tables. The description of all the features in all five tables is provided below. For example, the path “./Summary_Details/2020_01/2020_01_22_00_Summary_Details.csv” contains all the summary details of the tweets collection on January 22nd at 00:00 UTC time.

Features Description
Table Feature Name Description
Primary key Tweet\_ID Integer representation of the tweets unique identifier
1.Summary\_Details Language When present, indicates a BCP47 language identifier corresponding to the machine-detected language of the Tweet text
Geolocation\_cordinate Indicates whether or not the geographic location of the tweet was reported
RT Indicates if the tweet is a retweet (YES) or original tweet (NO)
Likes Number of likes for the tweet
Retweets Number of times the tweet was retweeted
Country When present, indicates a list of uppercase two-letter country codes from which the tweet comes
Date\_Created UTC date and time the tweet was created
2.Summary\_Hastag Hashtag Hashtag (\#) present in the tweet
3.Summary\_Mentions Mentions Mention (@) present in the tweet
4.Summary\_Sentiment Sentiment\_Label Most probable tweet sentiment (neutral, positive, negative)
Logits\_Neutral Non-normalized prediction for neutral sentiment
Logits\_Positive Non-normalized prediction for positive sentiment
Logits\_Negative Non-normalized prediction for negative sentiment
5.Summary\_NER NER\_text Text stating a named entity recognized by the NER algorithm
Start\_Pos Initial character position within the tweet of the NER\_text
End\_Pos End character position within the tweet of the NER\_text
NER\_Label Prob Label and probability of the named entity recognized by the NER algorithm

For more information visit: Twitter API and the Documentation for API Tweet-object

Data Statistics

General Statistics

As of 02/19/2021:

Total Number of tweets: 1,431,742,565

Average daily number of tweets: 148,812

Summary Statistics per Month
Year Month Daily Avg. Original Daily Avg. Retweets Daily Avg. Tweets Total of Orignal Total of Retweets Total of Tweets Total with Geolocation Max No. Retweets Max No. Likes
2020 1 5,947 30,576 35,501 1,958,346 7,852,504 9,810,850 1,773 674,151 334,802
2020 2 10,978 29,918 40,604 7,624,648 21,944,443 29,568,948 8,103 469,739 637,589
2020 3 13,095 44,714 56,283 12,610,824 46,659,589 59,270,412 19,952 1,064,693 1,255,858
2020 4 30,091 89,513 119,859 20,591,357 60,301,889 80,893,244 38,213 649,823 662,005
2020 5 35,163 99,928 135,709 26,258,213 73,618,083 99,876,289 47,684 1,007,616 929,811
2020 6 51,033 142,569 193,096 34,786,076 95,171,388 129,957,461 58,138 790,652 882,693
2020 7 53,720 155,042 209,738 39,611,015 111,876,344 151,487,359 56,808 615,768 1,287,117
2020 8 51,330 143,291 195,037 37,549,475 102,834,375 140,383,850 55,912 2,183,434 860,162
2020 9 50,068 132,040 182,947 35,861,979 92,957,247 128,819,226 32,381 1,925,489 839,689
2020 10 54,716 137,722 200,741 39,945,510 102,236,659 141,886,653 318,121 946,810 785,385
2020 11 64,125 111,686 177,062 45,096,171 77,885,575 122,981,746 26,488 1,187,438 619,643
2020 12 64,840 121,149 186,852 49,065,436 87,366,002 133,179,589 3,277,244 1,402,911 1,038,164
2021 1 58,225 134,387 192,272 40,878,618 92,341,359 133,219,977 24,293 1,437,164 867,275
2021 2 49,554 108,641 157,671 22,735,468 47,671,511 70,406,961 17,393 964,107 644,697

There is a total of 3,982,503 tweets with geolocation information, which are shown on a map below:

Language Statistics

Tweets Language Summary
Languages Total No. Tweets Percentage of Tweets
English 958,566,904 67.12
Spanish; Castilian 180,950,034 12.67
Portuguese 55,194,220 3.86
French 40,294,548 2.82
Bahasa 38,740,257 2.71
Others 154,449,063 10.81

Sentiment Analaysis

The sentiment of all the English tweets was estimated using a state-or-the-art Twitter Sentiment algorithm BB_twtr. (See code here) .

Named Entity Recognition, Mentions, and Hashtags

The Named Entity Recognition algorithm of flairNLP was used to extract topics of conversation about PERSON, LOCATION, ORGANIZATION, and others. Below are the top 5 NER, Mentions (@) and Hastags (#)

Top 5 Mentions, Hashtags, and NER
Mentions Hashtags NER Person NER Location NER Organization NER Miscellaneous
@realDonaldTrump \#covid19 trump us cdc covid-19
14,106,218 82,266,767 37,962,335 22,549,086 9,199,997 26,385,506
@realdonaldtrump \#coronavirus biden china trump americans
7,153,404 38,281,576 6,960,748 21,760,380 3,439,634 14,656,079
@joebiden \#covid covid uk senate coronavirus
3,380,681 8,834,076 6,147,950 8,309,697 2,265,922 11,423,419
@JoeBiden \#covid\19 donald trump america covid covid
1,901,092 2,252,353 3,975,921 7,200,629 2,139,138 8,110,958
@mippcivzla \#lockdown fauci india congress chinese
1,508,475 1,506,861 3,153,327 5,222,054 1,444,597 4,347,302

Data Collection Process Inconsistencies

Only tweets in English were collected from 22 January to 31 January 2020, after this time the algorithm collected tweets in all languages.

There are also some known gaps of data shown below:

Known gaps
Date Time
2020-08-06 07:00 UTC
2020-08-08 07:00 UTC
2020-08-09 07:00 UTC
2020-08-14 07:00 UTC

Hydrating Tweets

Using our TWARC Notebook

The notebook Automatically_Hydrate_TweetsIDs_COVID190_v2.ipynb will allow you to automatically hydrate the tweets-ID from our COVID19_Tweets_dataset GitHub repository.

You can run this notebook directly on the cloud using Google Colab (see how to tutorials) and Google Drive.

In order to hydrate the tweet-IDs using TWARC you need to create a Twitter Developer Account.

The Twitter API’s rate limits pose an issue to fetch data from tweed-IDs. So, we recommended using Hydrator to convert the list of tweed-IDs, into a CSV file containing all data and meta-data relating to the tweets. Hydrator also manages Twitter API Rate Limits for you.

For those who prefer a command-line interface over a GUI, we recommend using Twarc.

Using Hydrator

Follow the instructions on the Hydrator github repository.

Using Twarc

Follow the instructions on the Twarc github repository.

Inquiries

For questions about the dataset, please contact Dr. Christian Lopez at [email protected], Dr. Caleb Gallemore at [email protected], or Malolan Vasu at [email protected].

Licensing

This dataset is licensed under the Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International Public License (CC BY-NC-SA 4.0). By using this dataset, you agree to abide by the stipulations in the license, remain in compliance with Twitter’s Terms of Service, and cite the following manuscript:

References

Emily Chen, Kristina Lerman, and Emilio Ferrara. 2020. #COVID-19: The First Public Coronavirus Twitter Dataset. arXiv:cs.SI/2003.07372, 2020

https://github.com/echen102/COVID-19-TweetIDs

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