果树学报2026，Vol.43Issue(4)：822-832,11.DOI:10.13925/j.cnki.gsxb.20250410
桃枝堆肥对九号桃产量、品质及土壤有机质含量的影响
Influence of peach branch compost on the yield,quality of No.9 Peach and organic matter content in the soil
摘要
Abstract
[Objective]Peach(Prunus persica)is native to China,and currently,China leads the world in both peach cultivation area and production.Compared with other fruit trees,peach trees grow rapidly and produce a large amount of pruning branches annually.Calculations indicated that each hectare of peach orchard would generate 4500 kg to 7500 kg of pruning branches.In Pinggu district alone,the an-nual pruning of peach branches across all four seasons amounts to nearly one million tons,yet the re-source recycling rate for these branches does not exceed 30%.Most of these branches are piled up in the orchards,severely impacting the orchard environment,posing fire risks,and spreading the pests and dis-eases.In order to utilize the peach branches as a resource,Pinggu district implemented the"Ecological Bridge"project in 2017,encouraging peach farmers to collect the pruned branches and deliver them to designated organic fertilizer production facilities to produce peach-branch organic fertilizer for field appli-cation.However,there has been little research on the effect of long-term application of the peach-branch fertilizer on the tree growth,fruit quality of peach and organic matter in the orchard soil.Therefore,in-vestigation of the long-term effects of the peach branch fertilizer is of great significance for the sustain-able development of the peach industry.[Methods]The peach tree branches were crushed and mixed with livestock manure and subjected to aerobic high-temperature composting to produce organic fertiliz-er.Three application rates were used(Treatment T1:15 000 kg·hm-2;Treatment T2:30 000 kg·hm-2;Treatment T3:45 000 kg·hm-2),and compared with the conventional organic fertilizer.The study was conducted on 4-year-old peach trees of the"No.9"variety from 2017 to 2024,investigating the effects of the peach branch fertilizer as a basal fertilizer on peach yield,quality,and soil organic matter over seven consecutive years.[Results]The 7 years application of the peach branch compost has no adverse effects on the peach tree growth.However,different application rates of the peach branch compost could lead to differences in peach tree yield,quality,and soil organic matter content.Among the treat-ments,the yield and single fruit mass of the 30 000 kg·hm-2 and 45 000 kg·hm-2 peach branch fertilizer application rates showed no significant differences compared with that of the 30 000 kg·hm-2 applica-tion rate of ordinary organic fertilizer,but the soluble sugar content,titratable acid content,and sugar-to-acid ratio of the peach were superior to those of the 15 000 kg·hm-2 peach branch fertilizer application rate and the 30 000 kg·hm-2 conventional organic fertilizer application rate.As the planting years in-creased,the vitamin C content in the fruit showed a trend of increasing with the application rate of peach branch fertilizer,while the hardness decreased with the increase of the application rate of peach branch fertilizer.By the autumn of 2024,before the basal fertilizer application,the soil organic matter content in the 0-20 cm and 20-40 cm layers at the fertilization ditch for treatments T1,T2,T3,and CK reached 34.25 g·kg-1,35.88 g·kg-1,35.76 g·kg-1,33.97 g·kg-1 and 56.36 g·kg-1,65.25 g·kg-1,72.11 g·kg-1,63.58 g·kg-1,respectively,showing a significant increase compared with the beginning of the experi-ment.The rate of increase was positively correlated with the application rate of peach branch fertilizer,with organic matter content rising rapidly in the early stages and then slowing down.Due to the adoption of the inter-row cover crop return-to-field technology,the organic matter content in the inter-row soil showed a trend of increasing year by year.Based on the analysis of yield and quality data,soil organic matter content was not correlated with yield,but was positively correlated with the vitamin C content of the peach fruits and negatively correlated with the hardness.[Conclusion]Based on the results of seven consecutive years of experiments,at a dosage of 30 000 kg·hm-2,the application of the peach branch fer-tilizer showed no significant differences from the application of the conventional organic fertilizer in terms of yield,fruit mass,vitamin C content,and hardness.However,it outperformed conventional or-ganic fertilizer in terms of soluble sugar and titratable acid content,which are indicators of taste.The treatments using 30 000 kg·hm-2 and 45 000 kg·hm-2 of the peach branch fertilizer only resulted in the difference of vitamin C content and firmness.Therefore,in the actual production of Pinggu peaches,the recommended application rate of the peach branch fertilizer would be 30 000 kg·hm-2,and the preferred fertilization method would be trench application combined with the inter-row grass returning technolo-gy.This approach can not only meet the growth needs of peach trees and ensure stable yield and quality but also reduce input costs while continuously improving the soil fertility of the peach orchard.关键词
桃/桃枝肥/产量/品质/土壤有机质Key words
Peach/Peach branch fertilizer/Yield/Quality/Soil organic matter content分类
农业科技引用本文复制引用
谷佳林,何文天,刘宝存,喻永强,高利娟,任飞,陆安祥,潘昭隆,张瑜,张军科..桃枝堆肥对九号桃产量、品质及土壤有机质含量的影响[J].果树学报,2026,43(4):822-832,11.基金项目
北京市农林科学院农业科技示范服务项目(2025SFFW-SFJD-002,JJP2024-026,2025SFFW-ZHYYCJ-005) （2025SFFW-SFJD-002,JJP2024-026,2025SFFW-ZHYYCJ-005）
北京市农林科学院科技创新能力建设专项(KJCX20240509) （KJCX20240509）
北京市农林科学院桃产业技术研究院平台建设与科技能力提升(CYJS202601) （CYJS202601）
河北省重点研发计划(22376201D,22327301D,22327306D) （22376201D,22327301D,22327306D）
北京市农林科学院资环所团队促进项目(ZHS202306) （ZHS202306）
