T/AFFI 024-2024 Red Fuji Intensive Apple Orchard Drip Irrigation and Fertilizer Integration Technical Regulations
T/AFFI 024-2024 Red Fuji Intensive Apple Orchard Drip Irrigation and Fertilizer Integration Technical Regulations
Basic Information
Scope
Main Technical Content: Integrated Drip Irrigation and Fertilization Technology Specifications for Dense-Planted Apple Orchards 1 Scope This standard specifies the terms and definitions of integrated drip irrigation and fertilization technology for dense-planted apple orchards, as well as techniques for capillary pipe installation and trial operation, irrigation regimes, fertilization regimes, foliar fertilizer application, and integrated drip irrigation and fertilization. This standard applies to the cultivation and management of Fuji-series apples in Alar City, with a planting pattern of 67–167 trees per 667 m2, in the fruiting stage. 2 Normative References The provisions of the following documents are incorporated by reference into this standard. For dated references, all subsequent amendment sheets (excluding errata) or revised versions are not applicable to this standard. However, parties reaching agreements based on this standard are encouraged to investigate whether the latest versions of these documents can be used. For undated references, the latest versions apply. - GB/T6274: Terminology for Fertilizers and Soil Conditioners - GB/T8321: Guidelines for the Rational Use of Pesticides (all parts) - NY/T496: General Guidelines for the Rational Use of Fertilizers - NY/T393: Guidelines for the Use of Pesticides in Green Food Production - NY/T394: Guidelines for the Use of Fertilizers in Green Food Production - NY/T1634: Technical Specifications for Soil Fertility Survey and Quality Evaluation of Cultivated Land - NY/T309: National Classification of Cultivated Land Types and Soil Fertility Grading - NY/T310: National Classification and Improvement Techniques for Low- and Medium-Yielding Fields 3 Terms and Definitions 3.1 Drip Irrigation Drip irrigation refers to a method of applying water and nutrients to the root zone of crops through low-pressure piping systems and drip emitters installed on capillary pipes, in a uniform and slow m