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Posts tagged #RemoteResearch

Sourcery as the famous Hollywood sign on a hill promoting a new Los Angeles, California location

Sourcery as the famous Hollywood sign on a hill promoting a new Los Angeles, California location

🎵From LA to LA...Sour-cer-y! 🎶 We're now available for research in the City of Angels! Whether it's UCLA's Special Collections or USC's Cinematic Library, we'll help you search!

Find Los Angeles and more cities at the link: https://sourceryapp.org/locations/

#RemoteResearch #AcademicResearch

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🔎Are you a student in Chicago? A researcher with time on your hands? Just a fan of the Cubs? Either way, Sourcery can help you with repositories in Chicago, perfect for your next project.

✨See more locations here: https://sourceryapp.org/locations/

#DePaul #UChicago #Northwestern #RemoteResearch

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At Sourcery, we're always looking for ways to make our app helpful! Our new pricing model is a part of 4 new updates to our platform🔮

✨More details on our blog: sourceryapp.org/2026/03/02/new-sourcery-...

#RemoteResearch #Academia #AcademicResearch #ResearchJobs #Sourcery

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Hand holding a smartphone displaying Sourcery's new job notification settings and a New York City map.

Hand holding a smartphone displaying Sourcery's new job notification settings and a New York City map.

🔎Searching for tips to make your Sourcery career even easier? Start with our new notification feature for Sourcerer jobs!

✨More info on our newest update: sourceryapp.org/2026/03/02/new-sourcery-...

#Academia #RemoteResearch #RemoteWork #Sourcery

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🗺️ From coffee to your favorite sports team, we're here in New England to help your research thrive. Use Sourcery to look at all the repositories available in Boston! ✨

🔎Check out our website for more: https://sourceryapp.org/locations/
#Boston #RemoteResearch #BostonArchives #AcademicResearch

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Risk Factors for Community-Dwelling Older Adults Dropping Out of Self-Guided, Remote, and Web-Based Longitudinal Research: Predictive Modeling of Data from the Web-LABrainS Platform Background: Little is currently known regarding the feasibility of using a self-guided, remote, web-based platform as the basis for a longitudinal study of aging in community-dwelling older adults (OAs). The current study describes the feasibility, and risk factors for participant drop out, using this approach as part of the web-based Louisiana aging brain study (web-LABrainS). Objective: This study used data from 402 participants in the web-LABrainS effort to determine the feasibility of using a self-guided, remote, and web-based platform as the basis for conducting longitudinal research in community-dwelling OAs. Additionally, we sought to determine the risk factors associated with participant dropout over a 12-month period in web-LABrainS and determine whether the same risk factors associated with dropout from in-clinic longitudinal studies were observed in web-LABrainS dropouts. Methods: Participants were enrolled in web-LABrainS on a rolling basis using word-of-mouth promotional efforts. Participants used the web-LABrainS platform to provide electronic consent, demographic and health information, answer questionnaires, and complete assessments as part of a self-guided and web-based effort offsite of the clinic (remote). Following completion of the baseline battery, participants were contacted by email every 6 months to complete another round of the web-LABrainS battery. The data in the current study was collected from 402 participants, 217 (54.0%) of whom completed baseline, 6-month, and 12-month assessments (adherent participants) and 185 (46%) of whom participated in only the baseline and no subsequent web-LABrainS batteries (dropout participants). Results: Our study indicates that even with limited participant outreach/retention efforts, it is feasible to conduct longitudinal clinical research studies in community-dwelling OAs using a self-guided, remote, and web-based approach. In contrast to traditional in-clinic longitudinal studies, dropouts from web-LABrainS were not observed to be significantly different with respect to age, education, gender, marital status, or living alone (P=.669, .159, .293, .0515, .311). Similar to traditional longitudinal studies, dropouts from web-LABrainS had significantly higher use of depression medication, decreased self-reported mobility, and decreased delayed recall performance (P=.00729, .00722, .00375). Interestingly, no differences in technology use, comfort with technology, time of assessment, or consent to be contacted about future research were observed between adherents and dropouts (P=.169, .355, .473, .399). Predictive binary logistic regression yielded a moderately accurate model and further supported a negative association between cognitive ability and dropout (OR 0.77, 95% CI 0.61, 0.96). Conclusions: Our study provides some of the first clinical evidence for the feasibility of conducting longitudinal human research using a self-guided, remote, and web-based approach. Additionally, these data highlight the similarities and differences in key factors associated with participant dropout using this type of approach compared to traditional longitudinal study formats. The findings from this study may help guide the design and deployment of future longitudinal studies of OAs focused on self-guided, remote, and/or web-based approaches.

New in JMIR Aging: Risk Factors for Community-Dwelling Older Adults Dropping Out of Self-Guided, Remote, and Web-Based Longitudinal Research: Predictive Modeling of Data from the Web-LABrainS Platform #AgingResearch #Longevity #HealthyAging #SeniorHealth #RemoteResearch

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A webcam sat on top of a laptop screen.

(Photo by Emiliano Cicero on Unsplash)

A webcam sat on top of a laptop screen. (Photo by Emiliano Cicero on Unsplash)

I'm doing some work setting up for #RemoteResearch activities and thinking how useful it would be to have a Government approved, secure method to allow participants to test their webcam, microphone, speakers, internet speed and screen sharing permissions prior to joining a remote research session.

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(PUBLIC) Cross-government toolkit of remote research tools

2. Within this article find this spreadsheet of useful links relating to #RemoteResearch.

docs.google.com/spreadsheets...

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User Research and COVID-19: crowdsourcing tools and tips for remote research This blog reports on a GDS user research workshop to build a toolbox of remote working tools we can use while COVID-19 is with us. Please do feel free to let us know any other tools you use.

1. Looking for approaches to #RemoteResearch in Government/PublicSector and find this article on #Crowdsourced tools and tips on the #UserResearch in Government blog.

userresearch.blog.gov.uk/2020/04/02/u...

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Worked through the following process when looking for resources on #RemoteResearch earlier. 🧵 👇

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It’s true — so many sources still need someone on the ground. We’re happy to be that someone if you’re unable to travel to London archives yourself.

#Historians #Archives #PrimarySources #HistoryResearch #RemoteResearch

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It’s true — so many sources still need someone on the ground. We’re happy to be that someone if you’re unable to travel to London archives yourself.

#Historians #Archives #PrimarySources #HistoryResearch #RemoteResearch

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Interested in how electronic consent is transforming the informed consent process? This piece explores the significance of digital signatures in participant interaction with consent documents.
Discover more at: www.threadresearch.com/resources/un...

#eConsent #RemoteResearch

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Special thanks to Steve and Shane for lugging lots of heavy gear up the mountain to help make this happen! Project funded by #FCDO and Tristan da Cunha Government (@philipkendall.bsky.social). #ClimateScience #Sustainability #WaterSecurity #RemoteResearch #TristandaCunha #WeatherMonitoring

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