赤红壤蔗区11年连续增量施磷下磷素演变及其 对甘蔗产量与磷流失的影响

doi:10.3864/j.issn.0578-1752.2020.22.009

Abstract

Abstract:

【Objective】This study was conducted to explore the change of total Phosphorus (P), Olsen-P and P loss in runoff in lateritic red soil, and to evaluate the relation between P change and P balance and between P change and cane yield under 11-year continuous excessive P fertilization, with an aim to provide scientific references for scientific management of soil P.【Method】Three different fertilization treatments (non-fertilization (CK), optimum fertilization (OPT) and application of 50% P₂O₅ increase based on OPT (OPT+P)) were selected in a 11-years fertilization filed experiment. Total P, Olsen-P and P loss in runoff were measured, and the relation of soil P and P balance were analyzed, agricultural threshold of Olsen-P content was also calculated by Mitscherlich model. The time needed for soil Olsen-P in 11th year to fall to the environmental threshold was further investigated.【Result】The total P under CK treatment decreased with a 0.0251 g·kg ^-1 decreasing rate year by year, while total P and Olsen-P content under fertilization treatment showed a fluctuation increment with planting time. Compared with OPT treatment, OPT+P treatment had a significant increasing rate for both total P and Olsen-P content. The soil P deficit amount was 10.2 kg·hm ^-2·a ^-1 under CK treatment, and soil P surplus amount was 41.3-69.2 kg·hm ^-2·a ^-1 for fertilizer treatment, which accounted for 31.9%-35.6% of P application rate, with 67.5% higher in OPT+P treatment than that in OPT treatment. There was significant correlation between the change of soil P and P balance (P<0.01). With 100 kg P·hm ^-2 cumulative surplus amount, soil total P increased by 0.06 g·kg ^-1 and 0.09 g·kg ^-1, and Olsen-P increased by 11.0 mg·kg ^-1 and 9.1 mg·kg ^-1 under OPT and OPT treatment, respectively. With 100 kg P·hm ^-2 cumulative deficit amount in CK treatment, total P decreased by 0.32 g·kg ^-1. Mitscherlich model fitted well the response between cane yield and Olsen-P content in lateritic red soil (P<0.01). The agricultural threshold of soil Olsen-P was 12.1 mg·kg ^-1. Fertilization significantly increased the P loss amount in surface runoff, and the amount of P loss under OPT + P treatment was higher than that in OPT treatment. The amount of P loss amount in surface runoff was positively correlated with Olsen-P content in soil. The time for Olsen-P decreased to the environmental threshold based on the relationship between the change of soil P, and P balance were 12 years and 16 years for OPT treatment and OPT+P treatment. 【Conclusion】In the latosolic red soil of south China, fertilization, especially with excessive P application, not only increased the soil P accumulation, but also increased the risk of P loss from surface runoff. P treated by OPT and applied every one year from the 2-3 year of planting could keep soil P in the range of agricultural threshold and environmental threshold based on the basic P content in this experiment.

Key words: latosolic red soil, total P, Olsen-P, P balance, P loss in runoff, agricultural threshold, sugarcane

OU HuiPing,ZHOU LiuQiang,HUANG JinSheng,XIE RuLin,ZHU XiaoHui,PENG JiaYu,ZENG Yan,MO ZongBiao,TAN HongWei,YE ShengQin. Change of Phosphorus in Lateritic Red Soil and Its Effect on Sugarcane Yield and Phosphorus Loss in Runoff Under 11-Year Continuous Application of Excessive Phosphorus Fertilizer[J].Scientia Agricultura Sinica, 2020, 53(22): 4623-4633.

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References 34

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	年份Year
	2008	2009	2010	2011	2012	2013	2014	2015	2016	2017	2018
r	0.910	0.895	0.965*	0.956*	0.999**	0.966*	0.969*	0.999**	0.998**	0.957*	0.962*

处理 Treatment	每年甘蔗携磷量 P amount in sugarcane (kg P·hm^-2)	Olsen-P变化量与磷累积盈亏量的响应系数 Coefficient of Olsen-P variation and P balance	第11年土壤 Olsen-P 含量 Olsen-P content in 11-year (mg·kg^-1)	Olsen-P 环境阈值^[13] Environment threshold (mg·kg^-1)	不施肥下土壤Olsen-P降至环境阈值的时间(年) Time need for Olsen-P decrease to environment threshold with no fertilization (a)
OPT	18.36	0.1101	45.8	21.7	12
OPT+P	18.92	0.0915	50.0	21.7	16

Change of Phosphorus in Lateritic Red Soil and Its Effect on Sugarcane Yield and Phosphorus Loss in Runoff Under 11-Year Continuous Application of Excessive Phosphorus Fertilizer

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