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Table 1 Resistance mechanisms induced by different types of organic matter

From: Organic matter in the pest and plant disease control: a meta-analysis

References

Culture

Organic source

Resistence mechanism

Indication

Evidence

Jaya A et al. [138]

Tomato

V

ISR

Indirect

C.E. sclerotium wilt

Sahni et al. [129]

Chickpea

Comb

ISR

Indirect

C.E. fusarium wilt

Rasool et al. [139]

Tomato

Others

ISR

Indirect

C.E. Early blight

Istifadah et al. [140]

Tomato

Comb

ISR

Indirect

C.E. Early blight

Tao et al. [128]

Banana

Comb

ISR

Indirect

C.E. fusarium wilt

Jafary-Jahed et al. [32]

Canola

Comb

ISR

Indirect

C.E. cruciferous moth

Ismail et al., [127]

Garlic

Comb

ISR

Indirect

C.E. basal bulb rot

Khaled et al. [125]

Artichoke

Comb

ISR

Direct

Enzymes defence

Charoenrak et al. [141]

Lettuce

Comb

ISR

Indirect

C.E. root rot

Akinnuoye-Adelabu et al. [142]

Wheat

VT

ISR

Indirect

C.E. root rot

Jaiswal et al. [143]

Cucumber

Others

ISR

Indirect

C.E. root rot

Zhao et al. [144]

Melon

Others

ISR

Indirect

C.E. fusarium wilt

Seddigh & Kiani [145]

Rosa

CT

ISR

Indirect

C.E. pink powdery mildew

Hussain et al. [146]

Female finger

V

ISR

Indirect

C.E. Early blight

Mengesha et al. [106]

Potato

CT

ISR

Indirect

C.E. bacterial wilt

Silva et al. [39]

Cassava

C

ISR

Indirect

C.E. root rot

Seenivasan & Senthilnathan [111]

Banana

HS

NI

No info

not indicated

Mohamadi et al. [147]

Tomato

V

ISR

Indirect

C.E. tomato leafminer

Mardani-Talaee et al. [116]

Pepper

V

ISR

Indirect

C.E. green aphid

El-Mohamedy et al. [148]

Bean

HS

ISR

Indirect

C.E. root rot

El-Mohamedy et al. [148]

Bean

Comb

ISR

Indirect

C.E. root rot

Basco et al. [90]

Tomato

Comb

ISR

Direct

Enzymes defence

Afifi et al. [29]

Cucumber

HS

ISR

indireta

C.E. fusarium wilt

Giovanardi et al. [92]

Peach

HS

ISR

Direct

Genes expression

Blaya et al. [149]

Pepper

C

NI

No info

not indicated

Akhter et al. [126]

Tomato

Comb

NI

No info

not indicated

Xiao et al. [112]

Tomato

V

ISR

Direct

Genes expression

Renco & Kovacik. [150]

Potato

VT

NI

No info

not indicated

Renco & Kovacik. [150]

Potato

VT

NI

No info

not indicated

Demir et al. [137]

Tomato

HS

NI

No info

not indicated

Molina et al. [151]

Potato

C

NI

No info

not indicated

Uribe-Lorío et al. [152]

Pepper

V

NI

No info

not indicated

Rostami et al. [153]

Cucumber

Comb

NI

No info

not indicated

Marín et al. [154]

Pepper

CT

ISR

Indirect

C.E. damping

Marín et al., [155]

Melon

CT

ISR

Indirect

C.E. powdery mildew

Razmjou J et al. [136]

Cucumber

V

NI

No info

not indicated

Castro et al. [130]

Tomato

V

ISR

Indirect

C.E. root-knot nematodes

Sang & Kim. [80]

Pepper

VT

ISR

Direct

Genes expression and enzyme activity

Sang & Kim. [80]

Cucumber

VT

ISR

Direct

Genes expression and enzyme activity

Razmjou et al. [136]

Cucumber

V

NI

No info

not indicated

Little & Cardoza. [156]

Arabidopsis

V

NI

No info

not indicated

Dukare et al. [157]

Tomato

CT

NI

No info

not indicated

Dukare et al. [157]

Tomato

CT

NI

No info

not indicated

Cardoza. [40]

Arabidopsis

V

NI

Indirect

C.E. corn caterpillar

Artavia et al. [36]

Taioba

V

ISR

Indirect

C.E. root rot

Koné et al. [79]

Tomato

CT

ISR

Indirect

C.E. powdery mildew

Koné et al. [79]

Tomato

CT

ISR

Indirect

C.E. gray mold

  1. CE Control efficiency; V Vermicompost; C Compound; CT Compost tea; VT Vermicompost tea; HS Humic substances; Comb Organic sources in combinations; Others (Organic sources with a frequency of less than 5%); RSI induced systemic resistance, directly cited by the authors; NI No indication of mechanism; The use of molecular markers and enzymatic activities were the parameters used to define a direct or indirect indication, based on whether or not these parameters of systemic resistance were performed; cDNA–AFLP cDNA amplified fragment length polymorphism