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Congressi SIGA

Web Symposium on Plant Health
with a Young Scientist Web Workshop

 16/12/2020

>> Torna all'indice

Keywords Index




A B C D E F G H I J K L M N

  		O P Q R S T U V W X Y Z


A
abiotic stress PH.23, PH.37, PH.40, PH.47
acari PH.28
accessions PH.10
agriculture PH.36
agronomic traits PH.54
almond trees PH.11
Ambrosia beetles PH.35
ampelography PH.39
antagonistic bacteria PH.35
Arabidopsis PH.47
Arabidopsis thaliana PH.44
arbuscular mycorrhiza PH.25
ArcGIS PH.11
autochthonous cultivars PH.39


B
benzaldehyde PH.31
bioassay PH.30
biochemistry PH.58
biocontrol PH.14
biological control PH.35
biopesticide PH.60
biosensor PH.07
biostimulants PH.25
biotic stress PH.44
biotremology PH.01
Botrytis cinerea PH.08
bread wheat PH.62
breeding PH.06
BVOCs PH.33
  

C
chemometrics PH.24
chito-oligosaccharides PH.25
chitosan PH.53
cinnamaldehyde PH.31
Cinnamomum zeylanicum Nees PH.22
circular economy PH.25
climate change PH.03, PH.09, PH.11, PH.30, PH.34
Cre-loxP system PH.45
CRISPR/Cas PH.43
CRISPR/Cas9 PH.26, PH.45
crop protection PH.15
cross-kingdom oxygen sensing PH.37
CRZ1 PH.20



D
de novo assembly PH.51
decomposition PH.38
defence volatiles PH.58
defense gene PH.15
differentially expressed genes PH.59
disease control PH.05
disease management PH.19
disease resistance and susceptibility PH.05
disease suppression PH.38
diterpene synthase genes PH.12
diterpenoids PH.12
DMR6 PH.43
downy mildew PH.32
drought PH.30
drought stress PH.64
dsRNA PH.08, PH.60
dsRNA delivery PH.16
durum wheat PH.02, PH.48
 

E
early detection PH.24
effectors PH.05
embryogenic calli PH.45
endophytes PH.14
entomophatogen PH.16
environment PH.36
enzymes PH.29
EPG PH.50
 

F
F1 hybrids PH.06
feeding behavior PH.50
Flavescence dorèe PH.21, PH.50
flavonoids PH.55
flooding PH.37, PH.41
forest PH.36
formate dehydrogenase PH.44
FT-IR spectroscopy PH.29
fungicides PH.02
Fusarium Ear Rot PH.54
fusarium head blight PH.02
Fusarium oxysporum PH.57
Fusarium verticillioides>/i> PH.20, PH.59


G
GBS PH.21
genetic linkage map PH.21
genetic map PH.62
genetics PH.13, PH.15, PH.42
genome editing PH.45
genome re-sequencing PH.06
GLMD PH.56
global change PH.03
glutamate receptor-like channels PH.04
GPGV PH.56
grapevine PH.08, PH.21, PH.32, PH.33, PH.34, PH.45, PH.50, PH.56
greenhouse DisturbanceBehavior PH.01
GWAS PH.54
 

H
Halymorpha halys PH.60
health PH.36
healthy PH.11
heat stress PH.30, PH.48
heat tolerance PH.06
herbivores PH.03
HPLC-MS/MS PH.52
HRPE PH.07
hydathodes PH.44
hydaulic failure PH.09
Hypericum libanoticum N. Robson PH.22
hypoxia PH.07, PH.40, PH.41, PH.63
 

I		  
ink disease PH.19
insect control PH.16
insect vector PH.18
intrinsically disordered proteins PH.46
iomarker PH.52
ionomics PH.64
ISSR markers PH.39
 

K
KASP PH.48
 

L
late blight PH.42
lAtGLR3.3 ligand-binding structure PH.04
leaf hydraulic conductance PH.09
Lebanon PH.39
light PH.49
Linkage mapl Differentially Enriched Regions PH.57
lipid PH.52
lipid metabolism PH.20
long-distance calcium signalling PH.04
low temperature scanning electron microscopy PH.28
 

M
MAGIC maize hybrids PH.54
mal secco PH.51
Meloidogyne incognita PH.10
Mentha longifolia L. PH.22
meristem PH.63
metabolic profile PH.23
microalgae PH.27
microbials PH.35
microbiome PH.14
mitochondria PH.47
molecular signaling PH.55
morpho-physiological traits PH.62
mountains PH.03
mtDNA PH.47
mycoparasitic fungi PH.35
mycotoxins Aspergillus flavus PH.31
Myrtus communis L. PH.22


N
N-VOCs PH.29
nanostructured microparticles PH.53
necrotrophic pathogen PH.55
nematodes PH.33
new species PH.28
NMR spectroscopy PH.38
 

O
OCP PH.49
oligogalacturonides PH.46
olive PH.52
OQDS PH.18
organic amendments PH.38
organic plant protection PH.53
oxygen PH.07, PH.41
oxygen barrier PH.63
 

P
P. ramosa PH.26
parasitic plants PH.26
pathogen adaptability PH.05
pathogen transmission PH.18
pathology PH.43
pest PH.01, PH.15, PH.28, PH.36
phosphite PH.19, PH.32
phytophthora PH.19
Pinus nigra subsp. laricio PH.12
plant biostimulant PH.27
plant defence PH.02, PH.46
plant defence mechanism PH.58
plant defence priming PH.61
plant defense PH.12
plant health PH.10, PH.14
plant pests PH.46
plant specialized metabolism PH.12
plant–pathogen interaction PH.05
plants PH.41
PMR4 PH.42
PR1 gene PH.33
produc'on Lebanon PH.11
proline PH.23
Pseduomonas syringae pv. tomato PH.53


Q
QTL PH.21, PH.54, PH.62
QTL mapping PH.57


R
resistance PH.10
RNA interference PH.16, PH.60
RNA silencing PH.56
RNA-Seq PH.51, PH.59
RNAi PH.34
Rolled Towel Assay PH.59
root colonization PH.61
rough lemon PH.51


S
S. melongena PH.57
salinity stress PH.27
SAR PH.51
Scaphoideus titanus PH.50
secondary metabolism PH.33
sensor PH.49
sesame PH.10
sHsps PH.48
SIGS PH.34
SNP markers PH.62
SNPs PH.56
Soil-Born pathogens PH.38
Solanum lycopersicum PH.15
Solanum tuberosum PH.55
sostenibility PH.08
spectral signatures PH.24
spittlebug PH.18
spray induce gene silencing PH.08
stress PH.13
strigolactones PH.26
submergence PH.63
sugar availability PH.40
susceptibility PH.43
susceptibility gene PH.42
sustainability PH.32
sweet chestnut PH.19
synthetic biology PH.37, PH.49
systemic acquired resistance PH.02
Syzygium aromaticum (L.) Merril et Perry PH.22


T
target genes PH.13
terpene synthases PH.61
thiosemicarbazone derivatives PH.31
TILLING PH.48
tomato PH.13, PH.14, PH.27, PH.30, PH.42, PH.43, PH.53, PH.60, PH.64
tomato plant PH.58
transcription factor PH.20
transcriptional networking PH.55
transformation PH.13
Trichoderma PH.61
truncated protein PH.46
Tuta absoluta PH.58


U
UnaG PH.07


V
vegetation indices PH.24
vegetation spectroscopy PH.24
viruses PH.28
Vitis vinifera PH.39


W
 
water content PH.09
water save PH.64
water stress PH.34
WHIRLY2 PH.47


X
Xanthomonas campestris pv campestris PH.44
Xylella PH.52
Xylella fastidiosa PH.18



Y
yeast PH.29, PH.41
yield stability PH.06


Z
Zea mays PH.20, PH.59