T/AFFI 054-2025 Fruit orchard nursery seedling cultivating technology specifications for windflower
T/AFFI 054-2025 Fruit orchard nursery seedling cultivating technology specifications for windflower
Basic Information
Scope
Main Technical Content: 1. Scope This protocol establishes technical requirements for windbreak planting in young orchards, including site selection and planning, planting techniques, field management, pest and disease control, and harvesting and initial processing. This document applies to windbreak planting in young orchards. 2. Normative Reference Documents The content of the following documents is incorporated into this document through normative reference. Among them, the referenced documents with a specified date apply only to the version corresponding to that date; for unspecified documents, the latest version (including all amendments) applies. - GB3095: Environmental Air Quality Standards - GB5084: Water Quality Standards for Farmland Irrigation - GB/T8321 (all parts): Guidelines for the Rational Use of Pesticides - GB15618: Soil Environmental Quality Standards for Agricultural Land Soil Pollution Risk Control (Trial) - GB/T15063: Compound Fertilizers - NY/T391: Green Food—Production Area Environmental Quality Standards - NY/T496: Guidelines for the Rational Use of Fertilizers - NY/T1276: General Guidelines for the Safe Use of Pesticides 3. Terms and Definitions The following terms and definitions apply to this document: 3.1 Windbreak A perennial herb of the Umbelliferae family. The dried roots of its unflowered stems are used in traditional Chinese medicine. 3.2 Windbreak Planting Model in Young Orchards A cultivation method aimed at improving agricultural production efficiency and land utilization. The basic principle is to grow multiple crops on the same piece of arable land, staggering their growth cycles to better utilize land resources and increase total yield. Implementing windbreak planting in young orchards allows for the coordinated growth and complementary advantages of the two crops through careful timing and spatial arrangements, achieving win-win outcomes and effective resource optimization. This cultivation