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Max Herzog
Cand.scient.
Postdoc
,
Biologisk Institut
,
Freshwater Biology
https://orcid.org/0000-0002-6346-4393
Fastnet
+4535336020
E-mail
herzogmax
bio.ku
dk
Websted
http://www.bio.ku.dk
,
https://www.bio.ku.dk
Universitetsparken 4, 2100 København Ø
2004
2018
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(6)
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Keyphrases
Adventitious Roots
15%
Aerenchyma Formation
15%
Ancient Wheat
24%
Anoxia Tolerance
30%
Carbohydrate Content
24%
Carbohydrate Intake
24%
Chlorophyll a (Chl a)
24%
Complete Submergence
100%
Deprivation
24%
Ethylene Sensitivity
24%
Fe Toxicity
15%
Gas-phase Diffusion
15%
Gene Expression
75%
High Growth
24%
Individual Sugars
24%
Internal Aeration
15%
Intolerant
90%
Leaf Tissue
24%
Malondialdehyde
24%
Metabolic Fingerprinting
24%
Metabolomics
75%
Mn Toxicity
15%
Multi-electrode
15%
N Translocation
15%
O2 Partial Pressure
15%
Oxic
15%
Phytol
24%
R. Palustris
30%
Reaeration
15%
Rice
24%
Root Aeration
75%
Root Extension
15%
Root Regrowth
15%
Rumex Palustris
75%
Seminal Root
45%
Snorkeling
75%
Soluble Carbohydrates
24%
Starch
24%
Submergence
69%
Submergence Tolerance
75%
Superhydrophobicity
16%
Tissue Metabolomics
24%
Tissue Porosity
24%
Underwater Photosynthesis
15%
Water Level
15%
Waterlogging Tolerance
75%
Wetland Plants
30%
Wheat
24%
Wheat Cultivars
75%
Wheat Triticum Aestivum
24%
Agricultural and Biological Sciences
Adventitious Root
75%
Aerenchyma
37%
Compensation Point
18%
Cuticle
18%
Ethanol Production
37%
Gas Exchange
37%
Genetic Divergence
75%
Genetic Variability
75%
Glyceria
24%
Grains
37%
Hypoxemia
75%
Photosystem
56%
Regrowth
37%
Root Shoot Ratio
37%
Root Tips
37%
Submergence
75%
Triticum aestivum
18%
Biochemistry, Genetics and Molecular Biology
Aeration
75%
Cultivar
75%
Ethylene
15%
Facilitated Diffusion
18%
Gas Exchange
75%
Gene Expression
75%
Hydrophobicity
37%
Lipid Peroxidation
15%
Metabolome
75%
Metabolomics
15%
Microelectrode
18%
Oxygen Tension
75%
Partial Pressure
18%
Photosystem
56%
Porosity
33%
Rumex
75%
Starch
15%