Too Broad
Too Narrow
Food Safety
History of organic food labeling of pork products in Portland, Oregon
History of U.S. presidency
Women’s rights in Morpeth England during July 1732
Need clarification? Got questions? Ask Us! via chat or text.
Or make an appointment for a one-on-one research consultation .
Get more tips about the research process in this short video created by UNLV Libraries.
Research Process Tips from UNLV Libraries on Vimeo .
Whether assigned a general issue to investigate, you are given a list of problems to study, or you have to make up your own research topic, it is important that the research problem that guides your study is not too broad, otherwise, it will be very difficult to adequately address the problem in the space and time allowed. You could experience a number of problems if your topic is too broad, including:
The most common challenge when beginning to write a research paper is narrowing down your topic . Even if your professor gives you a specific topic to study, it will almost never be so specific that you won’t have to narrow it down at least to some degree [besides, grading fifty papers that are all on exactly the same thing is very boring!].
A topic is too broad to be manageable when you find that you have too many different, and oftentimes conflicting and only remotely related, ideas about how to investigate the research problem. While you will want to start the writing process by considering a variety of different approaches to studying the problem, you will need to narrow the focus of your research at some point so don't attempt to do too much in one paper.
Here are some strategies to help focus your topic into something more manageable :
NOTE : Apply one of the above first to determine if that gives you a manageable study; combining multiple strategies risks creating the opposite problem--your topic becomes too narrowly defined.
Coming Up With Your Topic . Institute for Writing Rhetoric. Dartmouth College; Narrowing a Topic. Writing Center. University of Kansas; The Process of Writing a Research Paper . Department of History. Trent University.
FIND US ON
Remember the story of “Goldilocks and the Three Bears”? Goldilocks searched the bears’ house looking for the chair, porridge, and bed that was “Juuust right.” Well, think of Goldilocks when you are formulating your research topic: you want to create the perfect one, the one that is “Juuust right.”
Let’s say that your professor has given you the general subject of food and says you need to write a paper that is 3 – 5 double-spaced pages. Well, “food” is a pretty big topic. If you were going to discuss everything about food, you would be writing a book, or nine. Think of all the history, cultures, diets, recipes, chemistry, etc. that are wrapped up in the idea of food. It is quite a lot!
So, we need to narrow this subject down. Let’s say that your major is in history. You might be tempted to say “history of food” and consider that topic a job well done. Before you pat yourself on the back, think about it: there are many aspects of food’s history to consider.
What will you discuss about the history of food?
The different cultural beliefs about beef?
The historic importance of rice in China?
The importance of food at a certain point in history?
You can narrow down your topic of the history of food even further. Let’s say that you decided to focus on the important foods at a certain point in history. This topic is certainly narrower than the giant topic of food, and narrower than history of food, but the topic is not narrow enough.
Here are some questions you could ask to help you narrow your topic down even further:
What specific point in history will you choose?
What geographic locale will the food be?
What is the food and the culture around that food?
After asking a series of questions to help narrow down the subject and doing some initial searching in Library Quick Search, we have decided on the topic:
“How the Chili Queens Influenced San Antonio”
Just like the pyramid to the right, we started off broad and ended to a point.
Use this process to narrow your own topic! At the final step, you can easily change your topic to a thesis, just like we successfully narrowed this topic from “Food” to “San Antonio’s Chili Queens spread the love of cowboy food and Texas hospitality to San Antonio visitors.”
Now you know how to transform a broad idea to a specific one that can be discussed within a set page limit. Remember the pyramid: your topic should get narrower with each question that you ask. If the topic is getting bigger, there may be a problem. Use this activity to narrow the topic of “sports” to a topic that can be discussed in a 2-3 page paper to make it “juuust right.”
Think you have the hang of this? Test yourself with the following practice questions. There are five questions. You might want to complete a Library Quick Search if you are unsure about how broad or narrow the topic is.
The more work that you do to get to a “Goldilocks research topic,” the better equipped you will be for your research journey. Remember, it took Goldilocks a couple of tries before she found the porridge that was “Juuust right” and it might take you a couple of tries before you find which topic will be just right for you too!
Want some more help? These tutorials provide some different approaches to getting your topic juuust right.
Reynolds Community College Libraries – Refine a Topic University of Nevada, Las Vegas University Libraries – Topic Narrowing Penn State University Libraries – Choosing a Topic Virginia Tech University Libraries – Strategies for Narrowing a Topic
Call: 1-866-VCU-BOOK E-mail: [email protected] More contact information
Oftentimes, students choose topics that are too broad because they believe they have plenty of space to cover everything in a 5-10 page paper (or however long your paper is). However, in order to make a thorough, in-depth argument, you often need to choose a topic that is narrower than you think. Here are some examples:
The following video explains how you can narrow the focus of your topic by asking: who, what, when, where, why, which, and how?
Sometimes when a student is very passionate about a topic, they want to research a specific aspect of that topic. But be aware: a too-narrow topic might make it difficult to find the necessary resources to fully flesh out your argument. If you feel that your topic is too specific, consider pulling back and looking at the bigger picture.
The following video explains how you can modify or broaden your topic by examining alternate timelines, locations, or finding related topics:
Once you have completed your background research, you will want to start narrowing down your topic a little further. You probably learned a ton of new information about your topic when you were doing your background research, but you cannot write about everything. You need to focus your ideas into one clear, concise research question.
The good news for you is that you already started subconsciously doing this before you began your background research, when you were brainstorming ideas in your concept map. Now that you have done your background research, you're ready to narrow down your topic further and develop a research question and a thesis statement.
The reason that we do research in the first place is to answer a question.
Your research question is the question that you answer while you complete your assignment. Think of your research question as your topic, but in question form.
Research Topic: Cost of college tuition.
Example: How does student loan debt affect students below the poverty line?
Your thesis statement is the answer to your research question. You will spend your whole paper working to prove your thesis statement.
Example: Student loan debt affects students below the poverty line by further hindering their ability to purchase a home, have a family, and pay off their debt.
As you narrow down your topic and develop your thesis, keep in mind, a thesis statement should:
The below video from Scribbr gives a great overview of how to write a strong thesis statement for an argument essay.
Giles Campus | 864.592.4764 | Toll Free 866.542.2779 | Contact Us
Copyright © 2024 Spartanburg Community College. All rights reserved.
Info for Library Staff | Guide Search
Return to SCC Website
by Evan Kramer
As master’s and PhD students, we all aspire to conduct quality research. The question many of us are faced with is: how do we formulate a research topic that is well poised for performing quality research? Research topics are meant to encompass the majority or entirety of our work during our graduate career and, when well-defined, can result in opportunities to publish several high-impact academic papers. The effort required to formulate a well-defined research topic is significant, but necessary to avoid running into unforeseen challenges during your PhD. This blog post discusses the concepts that should be considered for anyone looking to define their research topic. While students have varying degrees of autonomy in shaping their research due to funding constraints and advisor expectations, the concepts discussed in this blog post account for these facets and can serve as a framework for any situation.
Overview diagram of a framework for formulating a well-defined research topic.
Quality research is independent , important , and unique .
This definition identifies a set of requirements that a research topic must meet. These requirements will be discussed in more detail to orient the research topic formulation process.
Independent – Independent research can be conducted entirely by you without assistance from outside sources. While you should actively seek collaborations with others to boost the reach of your work, will you be able to complete your research objectives without relying on resources provided by others? Framing your research topic and objectives in this manner gives you protection to flakey collaborators and will keep you on track to graduate on time. For example, something you may want to avoid is crafting a research topic around the usage of one particular data set maintained by a private company. While initial collaboration talks may go smoothly, you don’t want your ability to pursue your research project in the hands of someone else!
Important – Important research makes a contribution towards answering a specific question, or a gap in knowledge, among a research community that has been posed by several scholars. You may ask yourself: if you carry out your research to completion, will your contributions answer outstanding questions posed by multiple scholars in your research community? Note that the question your work addresses may not be explicitly posed in the literature, but identifying common limitations can help formulate a gap in knowledge that you can work towards filling. Aligning your research objectives with specific and commonly posed questions can increase the chance of your work being cited by other scholars and integrated into practices in industry.
Unique – Unique research makes a first-of-its-kind contribution. There are several ways in which your research can be unique. For example, uniqueness may be assumed if you contribute the first work to a completely unanswered question in your field. Alternatively, you may make a unique contribution to a question that has already been addressed by approaching it in a new way. Knowledge of your chosen field’s state of the art and previous foundations is useful when checking the uniqueness of your work, which can only be verified by thorough literature review. Regardless of the way your research is unique, it is important to identify the uniqueness of your work within the context of existing work in related areas.
With these three research topic characteristics in mind, the following presents a high level path to formulating your well-defined research topic.
1. look inwards.
Based on previous experiences in coursework, internships, and extracurricular activities, create a two-column list. The first column lists research fields you found interesting. The second column lists ideas that align with your personal motivations for pursuing a career in STEM research. An example of this list may look like the following:
Space propulsion | Reducing aerospace industry contributions to climate change |
Aerospace controls | Increasing equitable access to space capabilities for low-resource nations |
Remote sensing | Improving accessibility of space data for non-experts |
High-speed aerodynamics | Bolstering safety of space travel |
LEO constellation astrodynamics | Enabling efficient natural disaster response for remote communities |
Given the two-column lists you created, start familiarizing yourself with the current state of the art. Starting with articles in popular science media outlets can be effective for initial cursory surveys. Any articles that pique your interest should be followed by deeper dives into related literature in Google Scholar. It is likely that several of the topics in the left column of your list get crossed off quickly when you realize they no longer interest you. Continue this process until a subset of around three areas remains. Your two-column list may then look like this:
Reducing aerospace industry contributions to climate change | |
Aerospace controls | Increasing equitable access to space capabilities for low-resource nations |
Remote sensing | Improving accessibility of space data for non-experts |
Bolstering safety of space travel | |
LEO constellation astrodynamics | Enabling efficient natural disaster response for remote communities |
Note that the right hand column remains unchanged. You very likely will not be able to address all of your personal motivations for pursuing STEM research in your eventual research topic, but now is when you can start connecting topics you find interesting to research applications that personally motivate you.
While the research topic definition process should be approached predominantly with your own interests in mind, at this stage, it is important to consider where your funding is coming from. Typically, there will be specific fields your research must overlap with based on your funding source. Schedule a discussion with your advisor to share your topic definition process so far and ask if there are topics you should add to your list based on research group and funding requirements. Based on this discussion, add a third column to the list you’ve created that describes the necessary areas of overlap for your research.
Reducing aerospace industry contributions to climate change | AI applied to satellite operations | |
Aerospace controls | Increasing equitable access to space capabilities for low-resource nations | Testbed development for satellite dynamics and control algorithm testing |
Remote sensing | Improving accessibility of space data for non-experts | Effects of the space environment on satellite operations |
Bolstering safety of space travel | ||
LEO constellation astrodynamics | Enabling efficient natural disaster response for remote communities |
At this point you are trying to iterate on combinations identified in your three-column list. You can begin to formulate an overarching research statement from these combinations. Research statements generally have the form “To…by…while…”. This sentence structure explicitly identifies what you are trying to accomplish, how you will accomplish it, and which constraints you will account for. A possible research statement could be defined with one entry from each column, or you may be able to create a topic with multiple entries from each column. In this blog’s example list, a research statement could be the following:
To enable efficient natural disaster response for remote communities by developing an AI-powered rapid response scheduling algorithm for a remote sensing satellite while accounting for limitations to satellite operations imposed by the space environment .
You may create a few iterations of overarching research statements like this. As you continue to read focused areas in the literature, formulate a focus area Venn Diagram. By allocating articles in your literature search to portions of the diagram, you can stay organized and keep track of the work you’re doing. For the example statement above, your Venn Diagram could look like this:
Venn diagram of research topic focus areas. The most relevant literature review items can be added to each region of the diagram to track and organize your efforts.
At this point, you are well on your way to formalizing your research topic. The formalization step involves writing research questions, drafting objective statements, and identifying your research contributions. AeroAstro Communications Lab fellows can help you with these next steps through one-on-one appointments !
Once you’ve decided on a research topic, you’ll need to narrow it down into a thesis statement or a research question. You will save tens of hours because you will be able to conduct more focused searches much earlier in your research process as you complete this step.
As many tutors will explain, narrowing down a research topic not only simplifies your writing process but also encourages an in-depth investigation of the topic. It also shapes how you will conduct the research projects in high school and during undergraduate studies.
Selecting a great research topic necessitates approaching the problem from the outside in. Starting with a broad topic and narrowing it down to the point where you can define what you’d like to discover rather than only what you’d like to “ write about “ is always a good common practice.
If you’ve been provided with a general topic to explore, a set of problems to research, or you’ve been asked to come up with your own topic, you should make certain that the scope of the research problem relevant to this study isn’t overly broad before proceeding.
The good news is that you can follow the steps below to narrow down the focus of your entire paper to a specific topic:
Begin by writing down your broad area of interest. Employee turnover, for instance, could be the general topic area.
Every research study focuses on specific individuals. Pick your group of interest and narrow your research paper topic based on demographic factors.
Reduce the scope of your research paper by age group, occupation, ethnicity, gender, and so on.
For example, international college graduates who are entering the workforce face a number of difficulties.
As a good example, consider the nursing industry and its turnover.
In the next step, consider the factors that influence turnover among registered nurses in a particular specialty area.
As an illustration, consider the stress and turnover experienced by registered nurses in the emergency units.
To explain this, let’s say workplace stress has a serious influence on the turnover of registered nurses in emergency departments across the United States.
An example of a fine-tuned topic is “Emergency Department stress is correlated with increased Turnover among nurses in Ohio, United States.
When a professor tells a group of college students that the topic they chose is too broad, they get discouraged. This is a very common occurrence. What is the best way to determine whether your topic is too broad?
Even if you can summarize the subject in one or two words, such as school cheating, capital punishment, drug abuse, or overweight teens, the subject is obviously too broad to be considered in isolation.
Similarly, if you go to the library and realize that you are staring at a whole section of books that can be used as sources for your study subject, the topic is likely to be too broad. A good topic should be focused on a specific problem or question that needs to be addressed. If you are looking for books that can effectively address a specific research problem, you should look for four to five books (or even fewer) on a shelf.
The likelihood that your topic is too broad is increased if you have difficulty coming up with a thesis statement for your research paper.
If you don’t do this, you will find it difficult to complete the study problem within the time and space constraints. The choice to write on a very broad PhD research topic may present a number of difficulties to the writer. The issues are as follows:
Other challenges that you could encounter include:
That is why you should narrow the scope of your research early on in the writing process. You won’t try to cram too much information into a single research paper this way.
(a) multiple angles.
One lens should be chosen and used to view a research problem in more detail. The other option is to narrow your attention to a single perspective. For example, instead of researching the various factors that contribute to cancer, researchers could look into how smoking can lead to lung cancer.
Determine whether the initial unit or variable of analysis can be subdivided into smaller components, allowing you to analyze them with greater precision as you progress. An investigation into teenage tobacco use, for example, can be narrowed down to chewing tobacco only, rather than all forms of tobacco use or teenagers in general. A more effective strategy would be to target male teenagers who chew tobacco in a specific age range and geographic region.
Data collection methods can limit the scope of interpretive analysis required to address your research problem depending on the methods used to collect the data. For example, you can design a single case study to generate data that does not necessitate the same level of explanation as data generated from multiple case studies.
Overall, investigating a smaller geographical unit means focusing on a more specific topic area. Rather than studying trade relations in Asia, you could instead concentrate on trade relations between China and Malaysia as a case study to guide you through the process of explaining challenges in that region.
Learn how two or more variables or are related to one another by conducting an investigation. When you design a study around the correlation of different variables, you are able to narrow the scope of your investigation. The following are some examples of variables to keep an eye out for:
Researchers can assign timelines to study periods if desired. In general, the shorter the time span of a study, the more narrowly focused the study’s focus becomes. For example, instead of focusing on the trade relations between China and the United States, consider the trade relations between China and the U.S. between 2015 and 2020 as a whole.
Concentrate on a specific group of people, phenomena, or locations when researching a particular topic. As an example, a study on the development of better housing near schools may concentrate solely on condominiums, universities, or construction materials.
You can pick at least two of the suggestions above to help you narrow down your search to a specific topic.
It is critical to narrow down a research topic. We hope the guidelines will be useful to you.
In summary, you can either narrow down a broad topic provided by your instructor, or you can develop your own topic first and narrow it down later after receiving feedback (some teachers give this freedom). In either case, you should make certain that your narrowed topic is specific and contains more than a couple of words rather than only a few word.
Always remember that you want to be able to write a strong thesis statement from the topic and then proceed to write a paper on it. You can seek feedback from your peers or your instructor to determine whether the topic is interesting and worth writing about. As you can see, writing on a specific topic is much easier than writing on a topic that is too broad.
Narrowing a research topic can be hectic, but it is important to do it upfront to ensure your research workflows well. However, this depends on the number of words, the research should have. Do you know how to narrow a research topic? We will provide an overview on narrowing down a topic.
Are you looking for online research paper help? We have the best professional writers that will turn your ideas into quality research papers. Our expert writers help students in college and university. Thereby, be assured of quality work that will gain you top grades at cheap prices.
This depends on your field of study, through this, you will be able to research a relevant topic that you can work on. Getting a research topic should be based on what you want to focus on. A narrow topic will help make it easier to do your research.
Enquire From The Professor – While searching for a research topic, request advice from your professor or supervisor to ensure you get the best topic for your course. In some cases, the supervisors can narrow down on the type of research that you can do. Thereby, making it easier for you to choose a topic. Check The Resources Available – It depends on the number of resources you have. It wouldn’t be right to do a topic that will require you to travel a long distance to go collect your data. Even though there are various ways you can collect data online, it is better when it is an accessible place to get information upfront. What is Your Interest or Hobby? – Your research topic should be based on your hobbies or interests. It shouldn’t just be a topic, but one that you feel most interested in. This will give you the zeal to research more and do your best to provide the best paper to your professor. Your interests will make sure that you are highly motivated to carry out your research in college or university. As time goes by, when you further your studies, you can still do broader research on the same. Previously Done Research – While choosing a topic, ensure there is evidence of previous research on it. It might be hectic if you decide to just do a topic that no one else has ever dealt with. Remember to stick to your field and not just do anything for the sake. There is a wide variety of narrowing a topic examples that you can use as a starting point. The topic needs to be researchable to prevent you from getting issues when carrying out your research. Ideas From Books – Getting a place to begin may be hectic at first. You can even get an idea from books you have been reading and strike an interest. Always choose a topic that sounds interesting. There are a wide variety of books that you can use to get ideas. However, try to get a narrow topic from the broad topics.
Now that you have gotten a suitable general topic, we can work on how to narrow down the topic. You can either decide to use one or two of the methods. However, using a combination of the methods is most suitable.
Ask Yourself the Three W’s And H.
While choosing a topic you need to ask yourself, why, what, where, when, how, and who? This will help you know whether the topic of interest is good
One of many narrow topic examples includes: Examine food security impact on health in America. Who? People in America
What? Food security
When? Currently in the 21 st century
Where? America – which state specifically?
Why? The impact of food security on health
How? Food security impact.
Through that, you can see whether your general topic is relevant and how to break it down.
Ask Further Questions
On this, you need to consider whether the topic is going to be of importance a few years from now or is just going to be relevant at the moment. In this, ask yourself about the problems, the effect on the target group, how the target group benefits, and the group responsible for it.
Hence, in this, you will research how food security impacts the target people. What problems can be faced if it is not achieved? On this, get to know the motives and effect on the people the food is intended for.
Narrowing down a research topic helps you get a better overview of what you are researching. You can check other scholarly articles to know what people have previously researched and the gap left to fill.
Consider Using the SOCRAPR Model
Take your research topic and narrow it down using the SOCRAPR model . With this, consider these different aspects.
Similarities – How is food security now compared to earlier years? Opposites – How has food security changed over the years? Contrast – How is food security affecting the kind of health people have? Relationship – This is between the accessibility of food and its impact on health. Anthropomorphism – This is in terms of human values – how the lack or plenty of food affects human behaviors. Personification – Give descriptions of human qualities. Repetition – Will food security establishment be a recurring thing?
Compare and Contrast Other Research Papers
You need to compare and contrast previously done papers on the same. This will provide a greater overview of what to expect. While comparing, you will get some great ideas on what to expect and the kind of points that you can write.
You can choose a topic that deals with comparing or contrasting two elements. For example, how food security had an impact on health in the 20 th century as compared to the 21 st century.
Try to read any scholarly articles you can get on the same and gather all the information that seems relevant to your research.
Remember to familiarize yourself with the topic and know how a compare and contrast research topic is done. Think about the topic as two mini papers you are doing while comparing.
If you work with a general topic be assured that it will be hectic to do the research. However, if you narrow down the topic to minimal it will be easier to narrow down the topic.
Too Much Irrelevant Information. If you do not narrow down a research topic, you will have too much irrelevant information. This will make it hard to know the kind of information to include or omit. It is like going to a store with a wide variety of clothes that look fabulous. You will be caught in between and not know the best one to choose. Hence, narrowing down, makes it easier to choose the resources to use. Difficulty in Coming up With A Clear Framework. It can be hectic to come up with a clear framework to address a research problem. However, if you are working with a straight topic, you will be able to get a clear framework to do your research. A broad topic can make it hard to find the right method you can use for analysis. Lack of Specific Information That Fits. When the topic is too broad, you get too much irrelevant information or relevant information that will make it hard to decide what to put and what to leave out. Getting the specific information that fits can then take you a while.
Hence, broad topic examples can affect how well you will carry out your research. The topic should be educational for at most relevance. Yes, there might be enough information that doesn’t fit your study.
This is how you can narrow down a research topic through the aspects, methodology, time, place, and type. However, you can either use some of the tips or a combination of all. In the end, it depends on your preference.
Consider the Aspect
From what view would you want to research your topic?
For example in our food security topic, consider finding out, whether the impact on health is different in different age groups; the young and the old.
This will help make you focus on what’s relevant most. Get to know how the initial topic can be partitioned into smaller components for analysis. This will make it easier to focus on the specifics and get relevant information
Methodology to Use
What kind of research methodology are you planning to use in your research? This will help provide a better overview of the research that you should expect to do.
Is it going to be a qualitative or quantitative research paper? Narrow down to what kind of methods are most specific for that specific region. Collection of data is a major factor that you shouldn’t take for granted.
Narrowing it down to a specific area will help make the research much easier to do. However, if it is a global issue, you can consider choosing a larger area. Your scope of the study should cover all the relevant information to make your research paper a success.
For example, where specifically in America? How many states are you planning to study?
Relationship
Get to know your two major variables and see how they relate to each other. Designing a study around the correlation of different variables will put you in a better place.
For example food and health. Those are our major variables as we try to find out how best they relate. Other examples are: cause and effect, compare and contrast, currently or historically, male and female, and opinion and reason.
Thereby, this will make doing the research easier.
At what phase, century or time do you want your research to be based. Is it during the historical or current period? Studies need to be based on the current timeframes. For example, food security impact on health in Washington DC during the 21 st century . Having a specific timeframe makes it easy to perform the research. Remember that different periods have different circumstances and causes.
Remember to narrow down a research topic, you need to first choose a general topic, giving a specific description of the topic, ask yourself questions on the topic, mention the specific aspects in the topic, narrow down the specifics of the topics, turn the topic into a sentence or statement, and get to know the specific place that you want to do the research. How to narrow a topic is easy if you follow all the relevant steps.
Your email address will not be published. Required fields are marked *
Comment * Error message
Name * Error message
Email * Error message
Save my name, email, and website in this browser for the next time I comment.
As Putin continues killing civilians, bombing kindergartens, and threatening WWIII, Ukraine fights for the world's peaceful future.
Ukraine Live Updates
Aside from disease prevention, elements of sexual health, including pleasure and orgasm, don’t receive much research funding, limiting what’s known.
Photo via iStock/Prostock-Studio
In a splashy piece in 2022, the New York Times detailed what many doctors and medical researchers know, but rarely talk about: we really do not know enough about the clitoris. This component of female anatomy has been routinely overlooked and ignored by the medical establishment, despite its substantial role in sexual pleasure for many people. When asked why, the medical experts interviewed in the piece shared the same sentiment: female sexual pleasure has long been viewed as secondary to male sexual pleasure. Unnecessary, even frivolous. Why, then, would this organ, perceived by many to play no role beyond orgasm, be suitable for serious scientific research? I believe the deep-rooted ignorance of the clitoris is a good example of the consequences of a larger, pervasive problem in the field of medical research: the routine dismissal of sexual pleasure as something worth studying.
This year, the National Institutes of Health (NIH), the largest funder of scientific research in the United States, will allocate an estimated $388 million towards the study of sexually transmitted diseases. This is a critical effort, particularly as cases of some sexually transmitted infections have increased in recent years. But the risk of sexually transmitted infections is just one component of sexual health. In 2022, the World Health Organization published an updated definition of sexual health, defining it as more than just the absence of disease. Their definition includes the “possibility of having pleasurable and safe sexual experiences.” Elements of sexual health beyond disease prevention, including pleasure, orgasm, or even pain, do not receive much research funding, which limits what is known.
In addition to little funding, sexual health research is also curtailed by scientists themselves. Researchers are impacted by cultural influences. Across different cultures, it is common for sex and sexual pleasure to be considered a taboo topic. Researchers’ discomfort with topics related to sexual pleasure poses real barriers to the meaningful study of sexual health. If someone is uncomfortable even saying the word “orgasm,” how can they effectively research the full range of human sexual experience?
The lack of scientific research focused on the positive elements of sexual behavior, including pleasure and orgasm, has real consequences. Beyond the ignorance of female sexual anatomy, research also suggests that public health programs that incorporate sexual pleasure might work better. Downplaying or ignoring pleasure may result in less successful efforts to promote sexual health. A narrow research focus on the risk of sexually transmitted infections can also obscure other important issues that are deeply relevant to people, including sexual dysfunction, which is estimated to affect 40 percent of women and 30 percent of men in the United States. The stigma against discussing sexual pleasure and pain also pervades medical care. Research shows that people experiencing sexual health issues often do not discuss them with their providers and providers do not routinely ask about them. This contributes to the often years-long wait that many people experiencing chronic pelvic pain conditions, like endometriosis, experience before receiving a diagnosis.
I believe that scientific and medical research that aims to improve sexual health should incorporate a sex-positive lens. By this, I mean taking into consideration the many reasons people may have sex, including interpersonal connection, pleasure, and joy. This is the focus of a recent commentary I published in the American Journal of Epidemiology , alongside Dr. Jessie Ford of Columbia Mailman School of Public Health. We emphasize that sexual pleasure is important to many people, and therefore should be integrated into scientific research on sexual health. This could help public health research be more aligned with people’s lived experiences, in which pleasure and connection are often central to sexual experiences. In an era where humans have gone to the moon, the intricacies of the clitoris should not be a mystery. Scientific researchers have the potential, and, I would argue, the responsibility, to help bring sexual pleasure out of the darkness, and into the light.
Julia Bond (SPH’24), a research associate in epidemiology at Boston Medical Center, can be reached at [email protected] .
“POV” is an opinion page that provides timely commentaries from students, faculty, and staff on a variety of issues: on-campus, local, state, national, or international. Anyone interested in submitting a piece, which should be about 700 words long, should contact John O’Rourke at [email protected] . BU Today reserves the right to reject or edit submissions. The views expressed are solely those of the author and are not intended to represent the views of Boston University.
Julia Bond (SPH’24) Profile
Julia Bond (SPH’24), a research associate in epidemiology at Boston Medical Center, can be reached at [email protected].
Boston University moderates comments to facilitate an informed, substantive, civil conversation. Abusive, profane, self-promotional, misleading, incoherent or off-topic comments will be rejected. Moderators are staffed during regular business hours (EST) and can only accept comments written in English. Statistics or facts must include a citation or a link to the citation.
I heartedly and fully agree with you.
Yes, yes, yes! Really nice piece, Julia!
Your email address will not be published. Required fields are marked *
10 memes to describe the first week of school, should health researchers ask if you’re a democrat or a republican, to do today: 14th annual african festival of boston, will the new massachusetts law on ghost guns, assault weapons, and gun-carrying pass legal muster, after historic year for bu athletics, what comes next, to do today: copley square farmers market, to do today: yappier hour at the liberty hotel, double chocolate banana pudding pie, to do today: river fit summer fitness series, university makes new contract offer to graduate students, to do today: get your groove on with the tito puente latin music series, questrom student helps women artisans in india become entrepreneurs, bu white coat ceremony welcomes 141 students to the profession of medicine, to do today: clue: a walking mystery, bu experts on boeing’s legal and technical troubles, what does tim walz bring to kamala harris’ ticket, to do today: boston parks movie nights, does it matter if boston mayor michelle wu doesn’t take maternity leave, to do today: explore the boston lights show at the franklin park zoo.
share this!
August 15, 2024
This article has been reviewed according to Science X's editorial process and policies . Editors have highlighted the following attributes while ensuring the content's credibility:
fact-checked
peer-reviewed publication
trusted source
by Public Library of Science
A mathematical framework that builds on the economic theory of hidden-action models provides insight into how the unobservable nature of effort and risk shapes investigators' research strategies and the incentive structures within which they work, according to a study published August 15 in PLOS Biology by Kevin Gross from North Carolina State University, U.S., and Carl Bergstrom from the University of Washington, U.S.
Scientific research requires taking risks , as the most cautious approaches are unlikely to lead to the most rapid progress. Yet much funded scientific research plays it safe and funding agencies bemoan the difficulty of attracting high-risk, high-return research projects. Gross and Bergstrom adapted an economic contracting model to explore how the unobservability of risk and effort discourages risky research.
The model considers a hidden-action problem, in which the scientific community must reward discoveries in a way that encourages effort and risk-taking while simultaneously protecting researchers' livelihoods against the unpredictability of scientific outcomes.
Its challenge when doing so is that incentives to motivate effort clash with incentives to motivate risk-taking, because a failed project may be evidence of a risky undertaking but could also be the result of simple sloth. As a result, the incentives that are needed to encourage effort do actively discourage risk-taking.
Scientists respond by working on safe projects that generate evidence of effort but that don't move science forward as rapidly as riskier projects would.
A social planner who prizes scientific productivity above researchers' well-being could remedy the problem by rewarding major discoveries richly enough to induce high-risk research, but in doing so would expose scientists to a degree of livelihood risk that ultimately leaves them worse off.
Because the scientific community is approximately self-governing and constructs its own reward schedule, the incentives that researchers are willing to impose on themselves are inadequate to motivate the scientific risks that would best expedite scientific progress.
In deciding how to reward discoveries, the scientific community must contend with the fact that reward schemes that motivate effort inherently discourage scientific risk-taking, and vice versa.
Because the community must motivate both effort and scientific risk-taking, and because effort is costly to investigators, the community inevitably establishes a tradition that encourages more conservative science than would be optimal for maximizing scientific progress, even when risky research is no more onerous than safer lines of inquiry.
The authors add, "Commentators regularly bemoan the dearth of high-risk, high-return research in science and suppose that this state of affairs is evidence of institutional or personal failings. We argue here that this is not the case; instead, scientists who don't want to gamble with their careers will inevitably choose projects that are safer than scientific funders would prefer."
Journal information: PLoS Biology
Provided by Public Library of Science
Explore further
Feedback to editors
12 hours ago
13 hours ago
Relevant physicsforums posts, why are abba so popular.
4 hours ago
10 hours ago
14 hours ago
15 hours ago
Today's fusion music: t square, cassiopeia, rei & kanade sato.
Aug 15, 2024
More from Art, Music, History, and Linguistics
Dec 15, 2022
Sep 29, 2022
Aug 15, 2022
May 7, 2024
Nov 20, 2023
Apr 2, 2024
Aug 14, 2024
Aug 13, 2024
Aug 9, 2024
Use this form if you have come across a typo, inaccuracy or would like to send an edit request for the content on this page. For general inquiries, please use our contact form . For general feedback, use the public comments section below (please adhere to guidelines ).
Please select the most appropriate category to facilitate processing of your request
Thank you for taking time to provide your feedback to the editors.
Your feedback is important to us. However, we do not guarantee individual replies due to the high volume of messages.
Your email address is used only to let the recipient know who sent the email. Neither your address nor the recipient's address will be used for any other purpose. The information you enter will appear in your e-mail message and is not retained by Phys.org in any form.
Get weekly and/or daily updates delivered to your inbox. You can unsubscribe at any time and we'll never share your details to third parties.
More information Privacy policy
We keep our content available to everyone. Consider supporting Science X's mission by getting a premium account.
Thank you for visiting nature.com. You are using a browser version with limited support for CSS. To obtain the best experience, we recommend you use a more up to date browser (or turn off compatibility mode in Internet Explorer). In the meantime, to ensure continued support, we are displaying the site without styles and JavaScript.
Seyoon Lee is a PhD candidate at the Genomic Medicine Institute, Medical Research Center, Seoul National University, and in the Department of Biomedical Sciences, Seoul National University Graduate School, Seoul, South Korea.
You can also search for this author in PubMed Google Scholar
Hanjae Lee is a PhD candidate at the Genomic Medicine Institute, Department of Translational Medicine, and in the Department of Dermatology, Seoul National University College of Medicine, Seoul, South Korea.
Juhyun Kim is a PhD candidate at the Genomic Medicine Institute and in the Department of Biomedical Sciences, Seoul National University Graduate School, Seoul, South Korea.
Jong-Il Kim is director of the Genomic Medicine Institute, chair of the Department of Biomedical Sciences, Seoul National University Graduate School, Seoul, South Korea, and head principal investigator of the SCAID project.
You have full access to this article via your institution.
People travel from across South Korea to receive medical treatment in Seoul. Credit: Will & Deni McIntyre/Getty
Later this year, South Korea is expected to sign up to the European Union’s research-funding programme, Horizon Europe . It’s a good time to reflect on the nature of large collaborative projects — and, in particular, when cross-border collaboration is most beneficial and when a deeper dive into local issues can be more rewarding.
Large international collaborations have unquestionably produced great breakthroughs. Sequencing the human genome , for example, took 13 years of work by 20 institutions in 6 countries 1 . But large consortia such as these are almost always established in the same few countries: the United States, the United Kingdom and others in Europe. For scientists working elsewhere, setting up a large international project can seem unachievable, given the billion-dollar price tags and the networks of contacts required.
And, sometimes, it is not the best solution. Global projects spearheaded in a few countries can have biases — for example, people of Asian descent are often under-represented in international genetic studies initiated in the West. National laws on acquiring data can differ, meaning that researchers need to conduct experiments differently in different regions, introducing biases. And the logistical complexity of coordinating a project across multiple countries in different time zones and with different work cultures can be problematic when rapid data collection and analysis are crucial 2 .
There is an alternative — set up a large local consortium in one nation.
Cancer research needs a better map
We’ve done just that in Seoul. Our single-cell atlas of immune diseases (SCAID) consortium is a multi-institutional effort led by one of us (J.-I.K.), alongside 23 others. Running since April 2022, the project now involves 120 South Korean clinicians, immunologists, geneticists and bioinformaticians (including S.L., H.L. and J.K., who work in J.-I.K’s group).
We aim to map gene expression in millions of individual cells from people who have immune-related diseases , including (but not limited to) rheumatoid arthritis, inflammatory bowel disease, interstitial lung disease and alopecia areata. Systemic immune diseases are thought to affect at least 1 in 20 people 3 . They are often incurable and cause debilitating symptoms, from chronic skin rashes to skeletomuscular changes. They can be fatal if they are not managed appropriately. We hope that our research will reveal similarities between 16 diverse diseases that manifest across the body, and help to uncover ways to use treatments more effectively.
Our experiences have shown us that a regional consortium can be an efficient way to ask crucial research questions. Here, we share two broad lessons that we hope will help others to build effective regional consortia.
To compete in international circles, local consortia need to focus on addressing research questions that they are in a unique position to answer. This might be because of the particular mix of expertise of local researchers. It might be the regulatory environment in a country. Or it might be specific to the geography of the place where the research is done.
In our case, we were inspired to set up SCAID by an international consortium called the Human Cell Atlas (HCA) . Since 2016, it has been trying to map every single cell type in the human body using state-of-the art genomic technology. The next logical step is to create similar atlases for diseased cells. But this involves bringing in specialized clinicians for each disease and obtaining proper consent from a large number of people.
This can be hard to achieve in a global consortium, in which each country has distinct legislative frameworks, ethics committees and medical systems 4 . For instance, the International HapMap Project — a genome-sequencing project launched in 2002 with researchers from six countries — needed to spend months in community consultation in Nigeria before it was able to obtain ethics approvals 5 . It also faced concerns raised by community advisory groups in Japan and China around depositing biological samples in overseas repositories. Overcoming these obstacles took 18 months 6 .
For these reasons, most single-cell studies of disease data sets have focused on single diseases in single tissues, for simplicity. By contrast, restricting our study to a single country with one legislative framework has made it easier for us to gain ethics and individual approval, allowing us to study multiple diseases across multiple tissues.
Seoul National University Hospital is one of 56 general hospitals in the South Korean capital. Credit: Anthony Wallace/AFP via Getty
Seoul also has other benefits for such a project. First, it’s easy to enlist a diverse range of participants in the city. South Korea has a universal medical-insurance system that is mandatory for all residents 7 . This avoids biases that can arise when participants are part of a private health-insurance system. And people from across the country and all socio-economic classes travel to Seoul for treatment — the city’s cluster of 56 general hospitals can be reached from anywhere in South Korea in half a day.
The concentration of hospitals also makes it easy to transfer samples quickly from donors to our central laboratory for analysis — it is no more than two hours’ drive from any hospital. Such proximity is a great advantage in single-cell genomics, because RNA — which is analysed to ascertain gene expression — degrades within hours once a sample is collected. A US National Institutes of Health large-scale genetics project called the Genotype–Tissue Expression project, for instance, found variability in the quality of RNA in its samples, depending on the time between collection and processing. This variability could skew interpretations of gene-expression data, and the researchers had to develop ways to account for it in their analyses 8 .
Having a centralized hub prevents the problem of batch effects — undesired differences between samples — that can arise if samples are processed or analysed differently by different centres 9 , 10 . Handling batch effects is a big task for international consortia. The HCA, for instance, has a dedicated team of researchers to check for and minimize such effects 11 .
Exploiting this niche is already proving fruitful for us. So far, we’ve collected more than 500 samples from 334 donors. We have analysed more than two million cells — equivalent to the second-largest data set collected in the HCA project so far. Our early analysis hints at common features between diseases: although symptoms arise in different organs, we are identifying distinct immune profiles that group the diseases into a few major categories.
Unblock research bottlenecks with non-profit start-ups
Still, being small and nimble comes with challenges. Local consortia need to be aware that they might lack some expertise , and they need to be prepared to seek help. Our consortium faced obstacles in obtaining ethics approvals, because each hospital review board had different requirements and concerns. Getting approval from each board was arduous, and required persistence when asking for opinions of the boards themselves, along with those of the Korea National Institute for Bioethics Policy and Korean Bioinformation Center. Nonetheless, it was easier than grappling with multiple international rules around ethics and data collection.
To make this process smoother for others, it would help for institutions in a country to standardize their ethical-review processes and data-sharing agreements, ensuring that both comply with national regulations. Furthermore, institutions should establish collaborative networks to share best practices and discuss common challenges. These steps could ease the administrative burden on local consortia considerably, and accelerate their progress.
Not all countries will have the strong technical skills of the South Korean workforce, nor the established biobanking repositories for genetic and clinical data, which are essential in projects such as ours. For scientists in countries without this infrastructure, international consortia can be a valuable source of guidance. For instance, the HCA’s Equity Working Group specifically aims to engage diverse geographical and ethnic groups in its projects 12 . By participating in such initiatives, countries can gain access to expertise, resources and best practices, helping them to overcome technical challenges and build their capabilities.
Regional projects should reflect the needs of the local community, both for ethical reasons and to attract funding. Funders are more likely to invest in big projects that can benefit citizens. Researchers must make those benefits clear.
This might mean championing a field to governments and other funders. In South Korea, most research funding comes from the government — scientists propose broad topics that need funding, and the government selects those that align with its own goals and puts out funding calls, for which all researchers can apply. So genomicists, immunologists and bioinformaticians — not all of whom are members of the SCAID consortium — requested that the South Korean government fund a large-scale disease single-cell atlas. These scientists spelled out how the data could ultimately help researchers and clinicians to improve understanding of the disease predispositions that are unique to South Koreans. This will hopefully speed up the development of precision medicines tailored to the country’s own population.
South Korean scientists’ outcry over planned R&D budget cuts
In countries that do not have official channels for petitioning the government, raising the profile of a field might involve using networks of contacts to meet with funders, or publishing papers that outline a field’s potential. Persistence is key — scientists must keep voicing their needs and perspectives.
Researchers must also give careful thought to how their project will benefit local science. SCAID was designed to maximize the long-term benefits for the South Korean researchers and clinicians involved.
To develop researchers’ careers, we hold regular seminars and workshops focused on learning skills and network building. Cross-disciplinary collaborations are one focus. For example, bioinformaticians are working with clinicians on a strategy pinpointing the specialized data that should be collected for each disease — such as acquiring information on immune receptors for specific disorders. Bioinformaticians are also exploiting the expertise of clinicians to help interpret their analyses. This includes the identification of abnormal cell states, which can be hard to distinguish from artefacts in the data without a deep knowledge of disease. These networks of contacts will be useful for many projects long after SCAID is completed.
Once established, local consortia need not exist in isolation. They can complement existing global projects by adding diverse data, and can act as stepping stones for future global consortia. For instance, many scientists have approached us, intrigued by the scale and potential of our work, and enquired about possible collaborations.
We are keen for other regional groups to generate international databases from separate efforts led by those who understand their own local needs and niches best. We encourage them to start by seeking funding for a consortium to address the needs of their fellow citizens, and to eventually pool their knowledge.
Whatever the field, if a consortium is run well, it can cultivate a dynamic cluster of competent researchers, laying the groundwork for international recognition and collaboration.
Nature 632 , 256-258 (2024)
doi: https://doi.org/10.1038/d41586-024-02539-7
International Human Genome Sequencing Consortium. Nature 409 , 860–921 (2001).
Article PubMed Google Scholar
Ando, Y., Kwon, A. T.-J. & Shin, J. W. Exp. Mol. Med. 52 , 1409–1418 (2020).
El-Gabalawy, H., Guenther, L. C. & Bernstein, C. N. J. Rheumatol. Suppl. 85 , 2–10 (2010).
Chen, H. & Pang, T. Bull. World Health Organ. 93 , 113–117 (2015).
The International HapMap Consortium. Nature Rev. Genet. 5 , 467–475 (2004).
Rotimi, C. et al. Community Genet. 10 , 186–198 (2007).
PubMed Google Scholar
Kwon, S. Health. Policy. Plan. 24 , 63–71 (2009).
Ferreira, P. G. et al. Nature Commun. 9 , 490 (2018).
Lähnemann, D. et al. Genome. Biol. 21 , 31 (2020).
van den Brink, S. C. et al. Nature Methods 14 , 935–936 (2017).
Rozenblatt-Rosen, O. et al. Nature Biotechnol. 39 , 149–153 (2021).
Majumder, P. P., Mhlanga, M. M. & Shalek, A. K. Nature Med. 26 , 1509–1511 (2020).
Download references
Reprints and permissions
The authors declare no competing interests.
How to win funding to talk about your science
Career Feature 15 AUG 24
Chatbots in science: What can ChatGPT do for you?
Career Column 14 AUG 24
Friends or foes? An academic job search risked damaging our friendship
The need for equity in Brazilian scientific funding
Correspondence 13 AUG 24
Canadian graduate-salary boost will only go to a select few
A hike of postdoc salary alone will not retain the best researchers in low- or middle-income countries
Origin and evolution of the bread wheat D genome
Article 14 AUG 24
How a trove of cancer genomes could improve kids’ leukaemia treatment
News 14 AUG 24
Continuously fluctuating selection reveals fine granularity of adaptation
Van Andel Institute’s (VAI) Professor Yvonne Fondufe-Mittendorf, Ph.D. is hiring a Postdoctoral Fellow to join the lab and carry out an independent...
Grand Rapids, Michigan
Van Andel Institute
SLS invites applications for multiple tenure-track/tenured faculty positions at all academic ranks.
Hangzhou, Zhejiang, China
School of Life Sciences, Westlake University
Applicants with expertise in aging and neurodegeneration and related areas are particularly encouraged to apply.
Westlake Laboratory of Life Sciences and Biomedicine (WLLSB)
We are seeking outstanding scientists to lead vigorous independent research programs focusing on all aspects of chemical biology including...
The Lewis-Sigler Institute at Princeton University invites applications for a tenure-track faculty position in Genomics.
Princeton University, Princeton, New Jersey, US
The Lewis-Sigler Institute for Integrative Genomics at Princeton University
Sign up for the Nature Briefing newsletter — what matters in science, free to your inbox daily.
Lessons from three organizations that successfully leveraged IT to drive structural change.
The authors’ research found that three persistent problems plague DEI initiatives: They do not connect to operational or strategic goals and objectives; they do not include the rank-and-file; and they are often implemented through periodic efforts like annual diversity training that aren’t integrated into day-to-day work processes. Organizations can overcome these problems by using IT in three ways.
Diversity, equity, and inclusion (DEI) programs are under attack. Confronted by high costs, mixed outcomes , unclear organizational benefits , and a political and regulatory backlash , organizations are rolling back their initiatives. Google and Meta, for example, recently reduced investment in their DEI programs and let go of DEI staff.
Numbers, Facts and Trends Shaping Your World
Read our research on:
Full Topic List
Read Our Research On:
This year, as in every even-numbered year, about a third of U.S. Senate seats are up for election. Given the 51-49 split in the Senate between Democrats and Republicans (including the four independents who caucus with Democrats), each of those races has the potential to tip the chamber’s balance of power. But elections aren’t the only way that can happen.
We compiled information on state procedures for filling U.S. Senate vacancies from each state’s online code of state law. Data on senators’ ages, party affiliation and length of service comes from the Biographical Directory of the United States Congress .
All ages are calculated as of July 31, 2024. In the comparison of senators’ and governors’ party affiliations, the four independent senators are counted as Democrats, since they all caucus with the Senate Democrats.
Should a sitting senator resign, die or otherwise leave office during their term, governors in 45 states have the power to appoint a temporary replacement. In most of those states, governors have free rein to appoint whomever they wish, with the appointee serving until a successor is elected to fill out the rest of the term.
This has already happened twice during the current Congress. In January 2023, Republican Sen. Ben Sasse of Nebraska resigned to become president of the University of Florida. Nebraska’s GOP governor, Jim Pillen, appointed the state’s former governor , Pete Ricketts, to replace Sasse. (Ricketts is running in a special election this year to complete the rest of Sasse’s term, which ends in January 2027.)
And in September 2023, longtime Sen. Dianne Feinstein, a California Democrat, died at age 90. Democratic Gov. Gavin Newsom appointed Laphonza Butler to fill the vacancy. (Butler is not running for the remainder of Feinstein’s term or for the new term that begins in January 2025.)
A third senatorial appointment likely will come soon. Sen. Bob Menendez of New Jersey, who has been convicted of multiple federal corruption charges , has said he will resign his seat effective Aug. 20. Gov. Phil Murphy, a fellow Democrat, is expected to quickly appoint a successor to Menendez.
There may be another appointment, too. Should the Republican presidential ticket of Donald Trump and JD Vance win in November, GOP Ohio Gov. Mike DeWine would appoint someone to fill Vance’s Senate seat.
The possibility of appointed senators tipping the partisan balance – or at least giving an electoral advantage to one party or the other – is brought into sharper relief when one considers that this is the oldest Senate of any in U.S. history . The mean age of current U.S. senators, as of July 31, is 65.2. Almost a third of senators (31) are in their 70s, five are in their 80s, and one (Iowa Republican Chuck Grassley) will turn 91 in September.
One senator in the 80-plus club, Maryland Democrat Ben Cardin (age 80), is retiring at the end of his term this year. Two octogenarian independents – Bernie Sanders of Vermont (82) and Angus King of Maine (80) – are running for reelection. Iowa’s Grassley won his eighth term in 2022. The terms of the other two oldest senators – Kentucky’s Mitch McConnell (82) and Idaho’s Jim Risch (81) – don’t expire until 2027.
The current system for filling vacant Senate seats dates to the ratification of the 17th Amendment in 1913. Along with letting people elect their senators directly – state legislatures had chosen them up to that point – the amendment gave states the option of letting their governors appoint temporary replacements.
The only states not to do so are Kentucky, North Dakota, Oregon, Rhode Island and Wisconsin. In those states, vacancies can only be filled by special election. Kentucky is the latest to join this group, after its majority-Republican legislature took the appointment power away from Democratic Gov. Andy Beshear earlier this year.
Among the 45 states that do give their governors authority to name replacement senators, 11 limit their field of choice in some way. Six states – Hawaii, Maryland, Montana, North Carolina, West Virginia and Wyoming – make the governor choose from a list of three nominees submitted by the previous senator’s party. Utah requires the same kind of list, but from the state legislature. Arizona, Nevada and Oklahoma simply require the governor to choose someone from the previous senator’s party.
Connecticut has the most restrictive rules: The governor can fill a Senate vacancy only if there’s a year or less remaining in the term, and their choice must be approved by a two-thirds vote in each house of the state legislature.
One reason for such limitations is to prevent a governor from appointing someone of their own party to a Senate seat formerly held by the other party. In 2013, for instance, New Jersey’s then-Gov. Chris Christie, a Republican, appointed state Attorney General and fellow Republican Jeffrey Chiesa to the seat that had been held by the late Frank Lautenberg, a Democrat. Chiesa served for just under five months, until Democrat Cory Booker won the special election for the rest of Lautenberg’s term.
Currently, 13 of 50 governors belong to a different party than at least one of their state’s senators. But only seven of those 13 would be able to do what Christie did in New Jersey. The others either can’t appoint temporary senators at all or are required to choose someone of the same party as the former senator.
The 17th Amendment also gives states considerable leeway in deciding how long temporary senators can serve until a special election. In 31 states, special Senate elections are held concurrently with regular general elections. In some cases, those special elections coincide with the next scheduled general election, but in other cases – especially if the vacancy occurs late in the election cycle – they coincide with the general election after the next one.
Six states have specific timetables for holding special Senate elections, usually a certain number of days following the start of the vacancy. Nine states either set a separate date for the special election or hold it concurrently with the next general election, depending on when the vacancy occurs. And four states have few or no rules on when a special election must be held, effectively leaving the decision up to the governor.
Note: This is an update of a post first published May 3, 2022.
Drew DeSilver is a senior writer at Pew Research Center .
What americans know about their government, americans’ dismal views of the nation’s politics, congress has long struggled to pass spending bills on time, how the gop won the turnout battle and a narrow victory in last year’s midterms, most popular.
901 E St. NW, Suite 300 Washington, DC 20004 USA (+1) 202-419-4300 | Main (+1) 202-857-8562 | Fax (+1) 202-419-4372 | Media Inquiries
ABOUT PEW RESEARCH CENTER Pew Research Center is a nonpartisan fact tank that informs the public about the issues, attitudes and trends shaping the world. It conducts public opinion polling, demographic research, media content analysis and other empirical social science research. Pew Research Center does not take policy positions. It is a subsidiary of The Pew Charitable Trusts .
© 2024 Pew Research Center
IMAGES
COMMENTS
Offers detailed guidance on how to develop, organize, and write a college-level research paper in the social and behavioral sciences.
Topic Narrowing A common challenge when beginning to write a research paper is determining how to narrow down your topic.
Learn how to determine if the topic for your research essay is too broad, using strategies to narrow your research question and clarify details.
Process of Narrowing a Topic Visualize narrowing a topic as starting with all possible topics and choosing narrower and narrower subsets until you have a specific enough topic to form a research question.
This guide provides tips on how to select a topic for a research project and how to narrow it down.
Narrowing a Topic and Developing a Research Question Once you have chosen a general topic for your research paper, you will want to narrow this topic to something more specific. Next, you will develop a research question to research, explore, and write about in your paper.
Narrowing a Topic. Defining your research question is a process of working from the outside in: you start with the world of all possible topics (or your assigned topic) and narrow down until you have focused your interest enough to be able to state precisely what you want to find out, instead of only what you want to "write about.".
Narrowing a Topic For many students, having to start with a research question is the biggest difference between how they did research in high school and how they are required to carry out their college research projects. It's a process of working from the outside in: you start with the world of all possible topics (or your assigned topic) and narrow down until you've focused your interest ...
The process described here simplifies choosing a topic for a research paper and narrowing it down. Those who go through the steps outlined by this process will be able to identify their topics more precisely while making their research efforts more efficient. The process described in this learning packet involves six steps that take virtually any topic in the universe and develop it into an ...
Here are some ways to narrow the topic: Pick one aspect of the topic: Causes, Prevention, Effects, Treatment. Pick a location or subgroup: New York, College Students, Teenagers, Athletes. Select a person closely related to the topic. Now you can put your narrower topic into a research question. Here are some examples:
This guide discusses understanding information sources, formulating a topic and search phrase, where and how to search the library for information, how to evaluate sources, how to cite sources, and more.
Step 2: Narrowing Your Topic. As you are working through the process of choosing a research topic, you want to make sure that you are choosing a topic that is not too broad or too narrow. It is important that you explore the scale and scope of your research before you begin. Making a plan with your mentor, advisor, or co-researchers about what ...
Refine Your Topic If you need to narrow a topic from a broad subject to a specific research question or thesis statement, one of the easiest ways is by asking yourself the 5Ws - who, what, where, when, and why .
Choosing your dissertation topic is the first step in making sure your research goes as smoothly as possible. When choosing a topic, it's important to
Topic Narrowing Step 3: Consider the Scope of Your Topic You want a research topic that is not too broad or too narrow, but just right. It may take many attempts, updates and changes. That's part of the research process. Too Broad?
Strategies for Narrowing the Research Topic The most common challenge when beginning to write a research paper is narrowing down your topic.
This article informs students and researchers why they must narrow down the focus of their research topic and develop a good research question. It also lists 6 effective strategies to help with the process.
Narrow Subject. Narrow Again. Your Topic. 1. Start with the General Topic. Let's say that your professor has given you the general subject of food and says you need to write a paper that is 3 - 5 double-spaced pages. Well, "food" is a pretty big topic. If you were going to discuss everything about food, you would be writing a book, or nine.
Sometimes when a student is very passionate about a topic, they want to research a specific aspect of that topic. But be aware: a too-narrow topic might make it difficult to find the necessary resources to fully flesh out your argument.
Narrow Your Topic Once you have completed your background research, you will want to start narrowing down your topic a little further. You probably learned a ton of new information about your topic when you were doing your background research, but you cannot write about everything. You need to focus your ideas into one clear, concise research question.
With these three research topic characteristics in mind, the following presents a high level path to formulating your well-defined research topic. A framework for formulating a well-defined research topic . 1. Look inwards. Based on previous experiences in coursework, internships, and extracurricular activities, create a two-column list.
Consider the following questions that may help narrow your topic and guide your research. For an example, these are some ways in which to narrow the broad topic of EDUCATION:
As many tutors will explain, narrowing down a research topic not only simplifies your writing process but also encourages an in-depth investigation of the topic.
How to Narrow Down a Research Topic Succesfully Narrowing a research topic can be hectic, but it is important to do it upfront to ensure your research workflows well. However, this depends on the number of words, the research should have. Do you know how to narrow a research topic? We will provide an overview on narrowing down a topic.
Research Tutorials. Narrowing a Topic ; Video: How to Narrow Your Topic; Beginning your Research ; Background Research ; Types of Information ; SPAN 3000; Video: How to Narrow Your Topic << Previous: Research Tutorials; Next: Beginning your Research >> Last Updated: Aug 15, 2024 12:36 PM;
Across different cultures, it is common for sex and sexual pleasure to be considered a taboo topic. Researchers' discomfort with topics related to sexual pleasure poses real barriers to the meaningful study of sexual health. ... A narrow research focus on the risk of sexually transmitted infections can also obscure other important issues that ...
A mathematical framework that builds on the economic theory of hidden-action models provides insight into how the unobservable nature of effort and risk shapes investigators' research strategies ...
A collective of researchers in South Korea, working on the genetics of immune diseases, share the lessons they've learnt about harnessing regional knowledge to support large-scale research.
The authors' research found that three persistent problems plague DEI initiatives: They do not connect to operational or strategic goals and objectives; they do not include the rank-and-file ...
In the event that a Senate seat becomes vacant, governors in 45 states have the power to appoint a temporary replacement.