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Michigan State University


Community colleges more globally focused

A new study by Michigan State University finds that community colleges in the US have made significant strides in global workforce development since 2008, with 85% offering basic international business courses. The study also highlights the importance of investment in faculty and the growing demand for international business education.

Cops on the street: How many are needed?

A new guidebook provides a performance-based approach to police staffing and allocation, taking into account multiple factors such as crime rate, shift length, and community policing. The approach offers a more efficient way for agencies to determine the number of officers needed and deploy them effectively.

Plants in space!

Researchers at Michigan State University are studying plant adaptation to space stress using Arabidopsis mutants without functional IRE1 pathways. The goal is to gain insight into gene regulation and develop protocols for managing stress levels in space.

Are liberal arts colleges disappearing?

A study by Michigan State University scholar Roger Baldwin finds that only 130 of the original 212 liberal arts colleges remain, with many evolving into career-oriented institutions. The trend threatens to diminish America's renowned higher education system.

SourceMichigan State University·JournalLiberal Arts and Sciences Education·DateOct 10, 2012

Rewriting the rules of teamwork

A team of MSU researchers will conduct a three-year study on how teams work together, using surveys, interviews, and high-tech devices to monitor interaction. The goal is to measure the effectiveness of both formal and informal structures when multiple teams are involved.

MSU-led projects to help war veterans

A pair of MSU-led projects aim to support Michigan National Guard members and their families by studying resiliency in military families and training mental health counselors to work with them. The projects are expected to help the military improve reintegration efforts and prevention and treatment programs.

Evolution is as complicated as 1-2-3

A team of researchers analyzed 29 genomes from different generations of E. coli bacteria to understand how they evolved to supplement their traditional diet with citrate. They discovered a three-step process: potentiation, actualization, and refinement, which led to the development of new biological functions.

SourceMichigan State University·JournalNature·DateSep 19, 2012

CEO incentives should be more strategic

A study by Michigan State University scholars suggests that CEOs who have three times as much prospective wealth as current wealth are more willing to take risks. Companies can influence CEO risk-taking behavior by issuing equity pay strategically, rather than relying on predetermined quantities.

SourceMichigan State University·JournalAcademy of Management Journal·DateSep 18, 2012

Russia fails to grasp democratic ideals

A Michigan State University sociologist argues that Russia's pursuit of liberalization has not led to democracy, but rather created a culture of greed, corruption, and disloyalty. The country's elite prioritize personal wealth over national interests, undermining its global influence.

SourceMichigan State University·JournalCommunist and Post-Communist Studies·DateSep 12, 2012

Tigers take the night shift to coexist with people

In Chitwan National Park, Nepal, tigers have shifted their nocturnal activity to coexist with people, indicating a potential middle ground for human and tiger survival. The study suggests that conservation efforts can consider both nature and humans, paving the way for sustainable solutions.

SourceMichigan State University·JournalProceedings of the National Academy of Sciences·DateSep 3, 2012

Microbes help hyenas communicate via scent

Hyenas' scent glands harbor diverse microbial communities that produce unique chemical signatures, enabling clan recognition and social behavior. This symbiotic relationship highlights the importance of microbes in animal behavior, with future studies planned to explore their role further.

SourceMichigan State University·JournalScientific Reports·DateAug 30, 2012

Common parasite may trigger suicide attempts

A study published in The Journal of Clinical Psychiatry found that individuals infected with the T. gondii parasite are seven times more likely to attempt suicide. The researchers also discovered that the parasite can cause inflammation in the brain, leading to changes in brain chemistry and potentially contributing to depression.

SourceMichigan State University·JournalJournal of Clinical Psychiatry·DateAug 16, 2012

Impulsive micromanagers help plants to adapt, survive

A recent study found that soil microbes play a crucial role in helping plants survive the effects of global changes, such as increased CO2 concentrations and altered precipitation patterns. By interacting with microbes, plants can adapt to drought stress more quickly, allowing them to thrive in new environments.

SourceMichigan State University·JournalProceedings of the National Academy of Sciences·DateAug 14, 2012

Urban poor plagued by 'burdens of place'

A study by Michigan State University scholars reveals that poor urban residents travel long distances for healthy food due to inadequate access to amenities. The research highlights the disproportionate impact of urban planning on low-income communities, leading to higher rates of obesity and related health problems.

SourceMichigan State University·JournalJournal of Urban Design·DateAug 9, 2012

'Exergames' not perfect, but can lead to more exercise

A recent study published in Health Education and Behavior found that most exergames provide only light-to-moderate intensity physical activity, which is insufficient to meet daily exercise recommendations. However, the games can be useful for certain populations, such as seniors or those with more suitable fitness levels.

SourceMichigan State University·JournalHealth Education & Behavior·DateAug 8, 2012

Massive data for miniscule communities

Researchers at Michigan State University have developed a computational technique that reduces memory requirements by 40-fold, allowing scientists to analyze large genomic sequence datasets without supercomputers. This breakthrough enables the efficient examination of complex microbial communities living in soil or the ocean.

SourceMichigan State University·JournalProceedings of the National Academy of Sciences·DateAug 1, 2012