Identification of mechanisms defining resistance and susceptibility of Camellia plants to necrotrophic petal blight disease
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Identification of mechanisms defining resistance and susceptibility of Camellia plants to necrotrophic petal blight disease
Summary
Identification of mechanisms defining resistance and susceptibility of Camellia plants to necrotrophic petal blight disease is a doctoral thesis[1].
Key Facts
- Identification of mechanisms defining resistance and susceptibility of Camellia plants to necrotrophic petal blight disease authored Nikolai Kondratev[2].
- Identification of mechanisms defining resistance and susceptibility of Camellia plants to necrotrophic petal blight disease's instance of is recorded as doctoral thesis[3].
- Identification of mechanisms defining resistance and susceptibility of Camellia plants to necrotrophic petal blight disease's publisher is recorded as Massey Research Online[4].
- Identification of mechanisms defining resistance and susceptibility of Camellia plants to necrotrophic petal blight disease's language of work or name is recorded as English[5].
- Identification of mechanisms defining resistance and susceptibility of Camellia plants to necrotrophic petal blight disease's country of origin is recorded as New Zealand[6].
- Identification of mechanisms defining resistance and susceptibility of Camellia plants to necrotrophic petal blight disease's publication date is recorded as +2019-00-00T00:00:00Z[7].
- Identification of mechanisms defining resistance and susceptibility of Camellia plants to necrotrophic petal blight disease's main subject is recorded as genetics[8].
- Identification of mechanisms defining resistance and susceptibility of Camellia plants to necrotrophic petal blight disease's main subject is recorded as plant pathology[9].
- Identification of mechanisms defining resistance and susceptibility of Camellia plants to necrotrophic petal blight disease's main subject is recorded as metabolite[10].
- Identification of mechanisms defining resistance and susceptibility of Camellia plants to necrotrophic petal blight disease's main subject is recorded as Camellia[11].
- Identification of mechanisms defining resistance and susceptibility of Camellia plants to necrotrophic petal blight disease's Handle ID is recorded as 10179/15608[12].
- Identification of mechanisms defining resistance and susceptibility of Camellia plants to necrotrophic petal blight disease's title is recorded as Identification of mechanisms defining resistance and susceptibility of Camellia plants to necrotrophic petal blight disease[13].
- Identification of mechanisms defining resistance and susceptibility of Camellia plants to necrotrophic petal blight disease's copyright holder is recorded as Nikolai Kondratev[14].
- Identification of mechanisms defining resistance and susceptibility of Camellia plants to necrotrophic petal blight disease's thesis submitted to is recorded as Massey University[15].
- Identification of mechanisms defining resistance and susceptibility of Camellia plants to necrotrophic petal blight disease's on focus list of Wikimedia project is recorded as NZThesisProject[16].
- Identification of mechanisms defining resistance and susceptibility of Camellia plants to necrotrophic petal blight disease's copyright status is recorded as copyrighted[17].
- Identification of mechanisms defining resistance and susceptibility of Camellia plants to necrotrophic petal blight disease's thesis committee member is recorded as Paul Dijkwel[18].
- Identification of mechanisms defining resistance and susceptibility of Camellia plants to necrotrophic petal blight disease's thesis committee member is recorded as Rosie Bradshaw[19].
- Identification of mechanisms defining resistance and susceptibility of Camellia plants to necrotrophic petal blight disease's thesis committee member is recorded as Murray Cox[20].
Body
Designation and Status
Identification of mechanisms defining resistance and susceptibility of Camellia plants to necrotrophic petal blight disease's instance of is recorded as doctoral thesis[3].