Which seed-storage practice is recommended to maintain seed viability?

Prepare for the Penn State Master Gardener Exam with comprehensive study aids including flashcards and multiple-choice questions. Each question is designed with hints and explanations to ensure successful exam preparation.

Multiple Choice

Which seed-storage practice is recommended to maintain seed viability?

Explanation:
Seed viability hinges on keeping seeds dry. When seeds exchange moisture with their surroundings, their metabolic activity can creep back in and aging accelerates, while damp conditions invite mold and spoilage. Maintaining low humidity directly limits moisture uptake, helping seeds stay dormant and viable for longer. Temperature matters too—warmer storage (around 70°F) speeds aging, so it’s not as favorable for long-term storage. Storing in paper packets inside a tightly closed container can trap moisture unless desiccants are used, which makes humidity control the more reliable factor. In short, controlling humidity is the most effective practice for preserving seed viability.

Seed viability hinges on keeping seeds dry. When seeds exchange moisture with their surroundings, their metabolic activity can creep back in and aging accelerates, while damp conditions invite mold and spoilage. Maintaining low humidity directly limits moisture uptake, helping seeds stay dormant and viable for longer. Temperature matters too—warmer storage (around 70°F) speeds aging, so it’s not as favorable for long-term storage. Storing in paper packets inside a tightly closed container can trap moisture unless desiccants are used, which makes humidity control the more reliable factor. In short, controlling humidity is the most effective practice for preserving seed viability.

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