IPUMS FAQ: What are Virtual Office Hours?

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by Amy Grotsun and Kari Williams

FAQ in speech bubbleWhile scrolling through an IPUMS email or checking up on the latest IPUMS tweets you may have read about IPUMS Virtual Office Hours. You also probably wondered, “What even are virtual office hours?” Today we are here to answer that question.

In the wake of canceled conferences during spring of 2020, IPUMS wanted to create an opportunity to connect with data users about questions they might have when using the data–the kind of thing you might pop by the exhibit hall booth to ask. We found that we connected with virtual conference attendees as expected, but many other IPUMS data users as well. As in-person conferences resume, we will continue to host virtual office hours quarterly so we can continue connecting with a broad range of IPUMS users.

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IPUMS FAQs: How do I open IPUMS microdata files in my stats package?

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By Kari Williams

FAQ in speech bubble

As part of the IPUMS mission to democratize data, our user support team strives to answer your questions about the data. Over time, some questions are repeated. This blog post is an extension of an earlier series addressing frequently asked questions. Maybe you’ll learn something. Perhaps you’ll just find the information interesting. Regardless, we hope you enjoy it!

Here’s one of those questions:

How do I open IPUMS microdata files in my stats package?

You have honed your research question and analytical approach, identified an IPUMS data collection that suits your needs, learned to navigate the IPUMS interface to create a custom data extract, and just received an email notification that your data file is ready to download. You put your favorite song on the stereo and open your data file in Stata (or whatever statistical software package makes your data analysis dreams come true), and…

record scratch! You see a “file not Stata format” error.

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Malaria Transmission in Context: Linking Health, Census, and Ecological Data

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by Yara Ghazal, Ilyana Hohenkirk, Tracy Kugler, and Kelly Searle

Malaria, like many vector-borne diseases, impacts health, economic growth, and society. The burden of malaria incidence and death is concentrated in Sub-Saharan Africa; in 2020, 95% of all malaria cases and 96% of all deaths occurred in Sub-Saharan Africa (WHO, 2022). Malaria impacts not only population health but also the economic growth of these 32 countries. It is estimated that up to 1.3% of economic growth in this region of Africa is slowed each year due to malaria (CCP-JHU, 2015). Understanding malaria transmission is essential to ending its spread and creating a healthier and more prosperous future for developing nations.

The literature on malaria transmission patterns has shown that several environmental factors impact mosquito and parasite vital rates, and thus affect the transmission intensity, seasonality, and geographical distribution of malaria (Castro, 2017). Temperature and precipitation are the primary climate-based factors that influence malaria transmission patterns. Temperature creates geographical constraints for vector and parasite development. Increasing temperatures have been found to shorten mosquito maturation time and increase feeding frequency. However, areas of extremely high temperatures usually yield smaller, less fecund mosquitoes. In parallel, because mosquitoes often breed in pools formed by rainfall and flooding, the frequency, duration, and intensity of precipitation have a significant influence on mosquito populations.

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