Irakli Loladze
1 SlideShare
Personal Information
Entreprise/Lieu de travail
Lincoln, Nebraska Area United States
Profession
Associate Professor at the University of Maryland - University College
Secteur d’activité
Education
À propos
Applying mathematical, computational and statistical tools for research in Life Sciences. Focused on: 1) How does rising atmospheric carbon dioxide (CO2) affect human nutrition by shifting the quality plants? What is the magnitude and direction of shifts in crop and wild plant mineral content? 2) The interplay among macromolecular synthesis, biogeochemical cycles of carbon(C), nitrogen (N) and phosphorus (P), the Redfield C:N:P ratio - one of the most expansive stoichiometric patterns on Earth, and biological growth on molecular, cellular, and population scales.
Coordonnées
Mots-clés
climate change calcium iron human nutrition manganese ionome carbon dioxide crop quality increasing co2 zinc obesity
Tout plus

Documents

(1)

Rising atmospheric CO2, crop quality and human nutrition

il y a 9 ans • 614 Vues
Personal Information
Entreprise/Lieu de travail
Lincoln, Nebraska Area United States
Profession
Associate Professor at the University of Maryland - University College
Secteur d’activité
Education
À propos
Applying mathematical, computational and statistical tools for research in Life Sciences. Focused on: 1) How does rising atmospheric carbon dioxide (CO2) affect human nutrition by shifting the quality plants? What is the magnitude and direction of shifts in crop and wild plant mineral content? 2) The interplay among macromolecular synthesis, biogeochemical cycles of carbon(C), nitrogen (N) and phosphorus (P), the Redfield C:N:P ratio - one of the most expansive stoichiometric patterns on Earth, and biological growth on molecular, cellular, and population scales.
Mots-clés
climate change calcium iron human nutrition manganese ionome carbon dioxide crop quality increasing co2 zinc obesity
Tout plus