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DTSTAMP:20220214T124030Z
DTSTART;TZID=Europe/Berlin:20220304T133000
DTEND;TZID=Europe/Berlin:20220304T153000
SUMMARY:Dr. Chiara Amitrano (University of Naples Federico II): "The impo
 rtance of integrating high-throughput phenotyping with anatomical traits
  of leaves to help understanding plants acclimation"
UID:20220214T124030Z-88990693074@fe80:0:0:0:87e:7fff:fe65:de86ens5
TZID:Europe/Berlin
DESCRIPTION:Join from a PC\, Mac\, iPad\, iPhone or Android device:\n    
 Please click this URL to join. https://us06web.zoom.us/j/88990693074\n	D
 escription: Nowadays\, about 50% of the global crop yield loss are due t
 o climatic changes\; increasing VPD (temperature and relative humidity) 
 and drought are among the principal environmental stressors. In this pro
 ject two lettuce cultivars\, already characterized under different VPDs 
 in terms of growth\, phytochemical composition\, and photosynthesis\, du
 ring previous experiments\, were evaluated under two different VPDs (low
  and high) and watering regimes (well-water and drought stress) and then
  subjected to sudden changes in the VPD. The aim of this high-throughput
  phenotyping experiment was to study how stomatal regulation (gs) and wa
 ter use efficiency affects carbon gain and biomass allocation in lettuce
 s adapted to different environmental conditions (VPDs) which developed a
  different leaf anatomical structure\, and then were subjected to sudden
  changes in VPD. Infrared camera was used to estimate plant-water relati
 onships\, RGB imaging was applied to track changes in morphophysiologica
 l parameters and fluorescence camera to assess any changes in the photos
 ystem. At the end of the experimental trials\, leaf samples were collect
 ed in FAA fixative solution and brought to the PWA (Plant and Wood Anato
 my) lab of the University of Naples “Federico II” to analyze their morph
 o-anatomical development in terms of stomata\, veins\, and leaf lamina t
 raits through light microscopy. Data from phenotyping and microscopy are
  being integrated to understand how stomatal regulation and carbon alloc
 ation can influence lettuce productivity in warmer and drier climates an
 d to understand their dynamic acclimation to sudden changes in the surro
 unding environment. These results will also be useful to implement growt
 h in controlled environment in support of Space exploration with wide ef
 fects also on Earth for sustainable precision farming.\n\nOr One tap mob
 ile:\n    +12532158782\,\,88990693074# US (Tacoma)\n    +13017158592\,\,
 88990693074# US (Washington DC)\n\nOr join by phone:\n    Dial(for highe
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 +1 253 215 8782  or +1 301 715 8592  or +1 312 626 6799  or +1 346 248 7
 799  or +1 646 558 8656  or +1 720 707 2699 \n    Webinar ID: 889 9069 3
 074\n    International numbers available: https://us06web.zoom.us/u/kejq
 pg6nh3\n\n
LOCATION:https://us06web.zoom.us/j/88990693074
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