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Determining the exact genetic sequence of a plant pathogen to aid in its identification.

Using electron microscopes to visualize plant pathogens at a high resolution.

Utilizing molecular techniques such as PCR to detect and quantify pathogen DNA in plant tissue.

Testing soil for the presence and level of specific pathogens to assess risk to plants.

Quantitative assessment of disease severity using scales or image analysis.

The use of indicator plants to confirm the presence of certain pathogens through observed reactions.

Analyzing the metabolic changes in a plant due to pathogen infection, using techniques like mass spectrometry.

Techniques that use antibodies to detect the presence of specific plant pathogens, such as ELISA.

Using antigen-antibody reactions to detect plant pathogens, similar to immunodiagnostic assays.

Use of a microscope to identify fungal spores, bacteria, or other microorganisms causing plant disease.

Identifying plant pathogens based on their biochemical properties like enzyme activity.

A classic set of criteria used to link a specific pathogen to a plant disease.

The use of drones or satellites to gather information about plant health over large areas.

The primary method of diagnosing plant disease involving close observation of symptoms presented on the plant.