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Screening and validation of tomato genotypes under heat stress using
F
v
/F
m
to reveal the physiological mechanism of heat tolerance
Rong Zhou, Xiaqing Yu, Katrine H. Kjær,
Eva Rosenqvist
, Carl-Otto Ottosen, Zhen Wu
Section for Crop Sciences
69
Citations (Scopus)
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Dive into the research topics of 'Screening and validation of tomato genotypes under heat stress using
F
v
/F
m
to reveal the physiological mechanism of heat tolerance'. Together they form a unique fingerprint.
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Earth & Environmental Sciences
heat stress
100%
genotype
85%
tolerance
69%
screening
67%
fruit set
40%
pollen
30%
stomata
29%
chloroplast
28%
germination
25%
stomatal conductance
14%
physiological response
13%
reactive oxygen species
13%
scavenger
12%
starch
11%
rate
10%
photosynthesis
10%
pigment
10%
regulation
7%
indicator
6%
Agriculture & Biology
heat tolerance
78%
heat stress
67%
tomatoes
58%
screening
55%
genotype
46%
heat
43%
pollen germination
19%
fruit set
16%
stomata
15%
chloroplasts
12%
temperature
9%
pollen tubes
8%
starch granules
8%
physiological response
7%
photosystem II
7%
stomatal conductance
7%
stress tolerance
7%
reactive oxygen species
6%
pigments
5%
photosynthesis
5%
leaves
3%