Physiologia Plantarum

EDITORIAL Parvaiz Ahmad1,2, Javaid Akhter Bhat3, Luisa María Sandalio4,  Muhammad Ashraf5 1Botany and Microbiology Department, King Saud University, Riyadh, Saudi Arabia 2Department of Botany, Degree College Pulwama, Jammu and Kashmir, India; parvaizbot@yahoo.com 3State Key Laboratory of Crop Genetics and Germplasm Enhancement, Nanjing Agricultural University, Nanjing 210095, China javid.akhter69@gmail.com 4Bioquímica, Biología

General Introduction to ‘drought’ Water availability is a limiting factor for the growth and development of plants, ultimately affecting fitness and seed set. When water availability is seriously limited during a drought, the effect can be very harmful to plants: leaf senescence accelerates, photosynthesis becomes limited as chlorophyll degrades, and

Rupesh Deshmukh1, Durgesh Kumar Tripathi2, Henry Nguyen3 and Humira Sonah1  1National Agri-Food Biotechnology Institute (NABI), Mohali, India 2Amity Institute of Organic Agriculture (AIOA), Amity University, Uttar Pradesh, India 3Division of Plant Sciences, University of Missouri, Columbia, MO, USA e-mails: rupesh@nabi.res.in; dktripathiau@gmail.com; nguyenhenry@missouri.edu; humira@nabi.res.in       Intra-and intercellular traffickings are crucial aspects

Miquel Nadal   Miquel is one of our three Reviewer awardees and we are very happy to support him with a travel grant to a conference of choice! He has recently finished his PhD at the University of Balearic Islands (UIB) in Spain, where he investigated the relationship between photosynthesis

Photosynthesis holds the key to life; it is the process by which green plants use the light of the sun to synthesize nutrients from carbon dioxide and water and generate oxygen as a by-product. Without it, life on our planet would be all but impossible and to fully understand how

This Special Issue will focus on the genes, proteins and pathways which have been manipulated through genetic engineering and gene editing approaches for the development of drought and salinity tolerant crops.  According to the Food and Agricultural Organization, total agricultural production should increase by 70% to feed a world population

After 72 years on the market, Physiologia Plantarum is, once again, changing its look and feel, this time to emphasize the many digital advances we have made in recent years in order to secure the continuing success of our journal in an evolving publishing landscape. Three years ago, we jumped

With our next interview, we would like to express our immense gratitude to Dr. Anirban Baral for his great contributions to our Spotlight series. His engagement, motivation and dedication not only showed his care about science, scientific communication and making science available for everybody, but also made it highly enjoyable

High concentration of soluble salts in agricultural soils, termed as soil salinity, is a key abiotic stress causing substantial losses worldwide, both in terms of yield and quality of the crop produced. Recent years have witnessed a rapid conversion of large proportions of fertile arable lands into saline patches and

From the beginning of plant life on earth, plants have modified their morpho-physiology, anatomy and their molecular networks to survive under changing environmental conditions. Soils are constituted of beneficial, essential and toxic elements. However, the last few decades were marked by a dramatic increase in industrialization and urbanization, leading to

Melvin Oliver has recently retired and we would like to thank him for all the work, effort and help he provided as an Editor for Physiologia Plantarum (PPL) since 2004. Mel got his basic education in London and Canada and finished his PhD in Plant Biochemistry in 1983. He did

Nitric oxide (NO) and hydrogen sulphide (H2S) are gaseous molecules that are produced in the cells of organisms from every lineage of life. Though highly toxic at even moderate concentrations (LC50 in humans exposed for 1 hour: 174 ppm and 50 ppm in NO and H2S, respectively), these gases play

Blue economy in the North -Scandinavian algal biotechnology For converting a society dependent on fossil fuels and nuclear energy into a sustainable, bio-based society, all production processes and products must be optimized for low material and energy use. Photosynthetic organisms use solar energy to incorporate atmospheric CO2 into organic molecules.

Yali Zhang is a Professor in agricultural sciences at the Shihezi University in China. His research focus lies on improving the photosynthetic productivity and water use efficiency in cotton plants, with a current focus on studying CO2 and H2O diffusion mechanisms in leaves. Next to his research activities, Yali is

Sergey Shabala is a Professor in Plant Physiology and the Head of the Stress Physiology laboratory at the University of Tasmania. His research focusses on investigating different types of abiotic stresses in crop plants and he is also very passionate about teaching younger scientists and sharing his knowledge and enthusiasm