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xylem: Xylem is the tissue in plants that transports water and minerals. Farmers benefit from understanding xylem to ensure proper irrigation and nutrient management for healthy plant growth.

xenobiotics: Xenobiotics are chemical compounds foreign to an organism. Farmers need to manage xenobiotics to prevent contamination of crops and livestock, ensuring food safety.

xerophyte: A xerophyte is a plant adapted to very dry conditions. Farmers can use xerophytes to maintain productive land in arid climates, improving resilience against drought.

xeriscaping: A landscaping method that reduces or eliminates the need for irrigation. Xeriscaping is important for water conservation in agriculture.

xerophilous: Xerophilous refers to plants that live in very dry conditions. Understanding xerophilous plants helps farmers manage crops in drought-prone areas.

xerosere: Xerosere is a succession of communities growing in dry conditions. Knowledge of xerosere helps farmers understand ecological succession and manage land in arid regions.

X chromosome: The X chromosome is a chromosome that determines sex. Understanding genetics helps farmers in breeding programs to improve livestock and crop varieties.

xeno-: Xeno- is a prefix meaning different. Farmers may encounter xenobiotics, which are foreign chemical compounds that need careful management to avoid contamination and ensure food safety.

xero-: Xero- is a prefix meaning dry. Knowledge of xerophilous plants, which thrive in dry conditions, helps farmers manage water resources effectively.

xeromorphic: Xeromorphic refers to plants adapted to prevent water loss. Farmers can cultivate xeromorphic plants in arid regions to optimize water usage and maintain crop yields.