Aktuelles

We are happy to initiate a Project-Related Personal Exchange Programme between our professorship (TUM Corp Physiology), Dr. Monika Wimmer (University of Hohenheim, Germany), Dr. Michaela Matthes (University of Bonn, Germany) and Prof. Kyoko Miwa (Hokkaido University, Sapporo, Japan), Prof Junpei… [weiterlesen]

https://doi.org/10.1002/ece3.72895 [weiterlesen]

High-carbon amendments (HCAs) are increasingly recognized as important tools in agriculture for reducing nutrient losses, such as nitrate leaching resulting from nitrification. However, most studies have not considered the influence of climate change as a confounding factor. In this study, we took… [weiterlesen]

https://www.tum.de/en/news-and-events/all-news/press-releases/details/how-plants-search-for-nutrients [weiterlesen]

The Crop Physiology group participated in the 57th Annual Conference of the German Society of Plant Nutrition, showcasing their research via oral presentations: "Wheat as an early indicator for the shortage of phosphorus in soil", by Dr. von Tucher "Fine mapping quantitative trait loci controlling… [weiterlesen]

To improve plant tolerance to suboptimal availability of the micronutrient boron (B), it is crucial to understand the mechanisms plants have evolved to tolerate B-limited conditions.We assessed temporal physiological, ionomic and molecular responses to B deficiency across 185 Arabidopsis thaliana… [weiterlesen]

A vigorous root system is crucial for maize seedling establishment. Its formation and subsequent plant performance are hindered by nutrient- and water deficiency. Upon germination, maize seedlings develop primary, then seminal roots, covered with pubescent root hairs. Functions of root hairs at this… [weiterlesen]

Ping completed his PhD at the University of Tasmania and is a postdoc working in the Stress Physiology Lab at the University of Western Australia. He presented a talk titled "Lessons from nature: Salinity tolerance in halophytic rice Oryza coarctata". In this talk, Ping demonstrated distinguished… [weiterlesen]

BackgroundContinuous and sufficient boron (B) supply is essential for achieving maximum yield in Brassica napus. Increasing incidences of environmental water limitation are linked to reduced plant B availability and increased B deficiencies. Developing an optimized fertilization strategy that… [weiterlesen]

The Crop Physiology group participated in the 20th International Plant Nutrition Colloquium, showcasing their research via poster and oral presentations:"Upregulation of specific 'Methyltransferase-type-11-domain-containing-Proteins' protects boron-demanding dicotyledonous plants against growth… [weiterlesen]