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Penn State


Understanding roots opens students to science, diversity

A Penn State research group used genetic and genealogical studies to develop a curriculum that connects students with their heritage, increasing interest in science among minorities. The program showed promising results, empowering middle school students to explore science through personalized genetics and genealogy.

Deep-sea fish use hydrothermal vents to incubate eggs

Researchers discovered that deep-sea skates are using hydrothermal vents to incubate their eggs, reducing the typical four-year-long incubation time. The unique behavior allows the fish to thrive in extreme conditions, providing new insights into conservation strategies for this poorly understood species.

SourcePenn State·JournalScientific Reports·DateFeb 12, 2018

Microbes may help astronauts transform human waste into food

A Penn State research team has created a system that uses microbial reactors to rapidly break down solid and liquid waste, producing a nutritious food source for astronauts on deep-space missions. The system, which can minimize pathogen growth, uses anaerobic digestion to convert human waste into edible biomass.

SourcePenn State·JournalLife Sciences in Space Research·DateJan 25, 2018

Root discovery may lead to crops that need less fertilizer

Researchers have discovered a way for plants to acquire phosphorus more efficiently by suppressing secondary root growth in favor of primary root growth. This trait allows plants to explore a greater volume of soil and acquire more phosphorus, making it beneficial for farmers growing in nutrient-poor soils.

SourcePenn State·JournalPLANT PHYSIOLOGY·DateJan 18, 2018

Agricultural parasite takes control of host plant's genes

Researchers discovered that a parasitic plant called Dodder can silence the expression of genes in its host plants, including those involved in defense against parasites. By targeting specific regions of the gene sequence, Dodder regulates the flow of nutrients to itself while preventing the host from producing defensive proteins.

SourcePenn State·JournalNature·DateJan 3, 2018

Four-dimensional physics in two dimensions

Researchers at Penn State and ETH Zurich have demonstrated the behavior of particles of light in a two-dimensional array of waveguides, matching predictions for the four-dimensional quantum Hall effect. This achievement provides evidence for higher-dimensional quantum Hall physics, with potential applications in novel photonic devices.

SourcePenn State·JournalNature·DateJan 3, 2018

Father's rejection may increase child's social anxiety, loneliness

Researchers found that father rejection predicted increases in social anxiety, which in turn led to more loneliness in adolescents. Forming good relationships with parents is essential for an adolescent's well-being, with thriving friendships associated with better psychological health and academic performance.

SourcePenn State·JournalJournal of Youth and Adolescence·DateDec 13, 2017

Controlled burns limited severity of Rim Fire

Researchers found that areas recently treated with controlled burns fared better in the 2013 Rim Fire. The best predictor of fire severity was how severe the area last burned, indicating that reducing initial burn severity can limit future fires.

SourcePenn State·JournalEcosphere·DateDec 8, 2017

Conquering traffic congestion with mathematics

A new collaborative engineering project funded by NSF aims to make numerical computation of departure rates and route choice faster, enabling rapid rerouting and diversion. The project uses machine learning to develop statistical models of traffic flow, potentially reducing congestion by seconds, minutes or hours ahead of time.