Session 4
Alkaline and acidic soil environments

Programme

• 16:00 – 16:25 15 Min. 10 Min.

  • Lecture
  • IT 7

  Crop Challenges and adaptation to acidic soil

  • Sanjib Kumar Panda (Rajasthan / IN)

   Alkaline and acidic soil environments
• 16:25 – 16:40 8 Min. 7 Min.

  • Short talk
  • T 9

  Wanted: Micronutrients – Exploring the phytosiderophore pathway for iron acquisition

  • Andreea Spiridon (Tulln an der Donau / AT)

   Iron acquisition and transport
• 16:40 – 16:55 8 Min. 7 Min.

  • Short talk
  • T 10

  Fate of riboflavins in root exudates under iron deficiency and alkaline stress

  • Marta Fuentes (Pamplona / ES)

   Alkaline and acidic soil environments
• 16:55 – 17:10 8 Min. 7 Min.

  • Short talk
  • T 11

  Genetic study reveals that carotenoid metabolism is involved in the iron plaque formation of rice roots

  • Kuo-Chen Yeh (Taipei / TW)

   Crop iron physiology
• 17:10 – 17:25 8 Min. 7 Min.

  • Short talk
  • T 12

  Role of cellular coumarin uptake in root iron acquisition: the Arabidopsis Coumarin Import Transporter1 is a key player in efficient coumarin secretion

  • Shunsuke Watanabe (Montpellier / FR)

   Iron acquisition and transport
• 17:25 – 17:40 8 Min. 7 Min.

  • Short talk
  • T 13

  Interactions between ascorbate and excess iron in rice (Oryza sativa L.)

  • Linbo Wu (Giessen / DE)

   Alkaline and acidic soil environments
• 17:40 – 17:43 3 Min. 0 Min.

  • Flash talk
  • FT 17

  The barley genome encodes high pH-responsive NRT2 homologues.

  • Kyoko Higuchi (Tokyo / JP)

   Alkaline and acidic soil environments
• 17:43 – 17:46 3 Min. 0 Min.

  • Flash talk
  • FT 18

  Rapid auxin signalling, mediated by the AFB1 auxin receptor, interferes with rhizosphere acidification during iron deficiency

  • Vasyl Brykov (Prague / CZ)

   Iron acquisition and transport
• 17:46 – 17:49 3 Min. 0 Min.

  • Flash talk
  • FT 19

  Machine Phenotyping of Arabidopsis thaliana Lines in Alkaline Calcareous Soil Environments

  • Marie Knopf (Düsseldorf / DE)

   Alkaline and acidic soil environments
• 17:49 – 17:52 3 Min. 0 Min.

  • Flash talk
  • FT 20

  Interplay between iron and oxygen metabolism in Arabidopsis plants

  • Gianpiero Vigani (Turin / IT)

   Iron physiology and interaction with other elements
• 17:52 – 17:55 3 Min. 0 Min.

  • Flash talk
  • FT 21

  The Emerging Contamination Element Indium Effects on Rice Inhibition and Iron/Phosphorus Imbalance

  • Ya-Fen Lin (Taipei / TW)

   Iron physiology and interaction with other elements
• 17:55 – 17:58 3 Min. 0 Min.

  • Flash talk
  • FT 22

  Iron chelates photodegradation affected by UV light: a useful assessment for hydroponic cultivation systems.

  • María Carmen García-Rico (Madrid / ES)

   Micronutrient biofortification
• 17:58 – 18:01 3 Min. 0 Min.

  • Flash talk
  • FT 23

  Iron availability is an important determinant of ammonium tolerance in the C3 model grass Brachypodium distachyon.

  • Marino Daniel (Leioa / ES)

   Iron physiology and interaction with other elements
• 18:01 – 18:04 3 Min. 0 Min.

  • Flash talk
  • FT 24

  Differential uptake and translocation capacity for Fe, Zn, and Mn in high and low-Fe common bean (Phaseolus vulgaris L.) genotypes.

  • Francois Xavier Rucamumihigo (Stuttgart / DE)

   Crop iron physiology