Ecological assessment of the nitrogen budgets of livestock production systems in Ukraine

V. Pinchuk, Y. Kryvokhyzha, O. Tertychna
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Abstract

The nitrogen budgets was modeled on the example of 5 typical Ukrainian livestock farms of different livestock production systems. The relative anthropogenic load of different livestock systems and the efficiency of the use of nutrients in the production of crop and animal products are shown. Input flows of nitrogen (N) — in the fodder for livestock, fertilizers, biofixation, atmospheric deposition, crop residues and output flows with agricultural crop & livestock products were determined. It was established that the efficiency of nitrogen use (NUEfarm) is 21.0–69.9% on the investigated farms, i.e., such amount of soil nutrients and imported feed in nitrogen equivalent was deposited in the sold products, and the rest of N was deposited in by-products (crop residues & manure). The ratio of produced main and by-products in nitrogen equivalent was determined. In crop production, 1.06– 1.11 Mg N of grain is obtained for 1 Mg of N crop residues. In livestock, only 0.15–0.78 Mg N of the main products (milk, meat, wool) are obtained for 1 Mg of manure nitrogen production (nitrogen excretion). According to the level of output of the main products relative to by-products, the livestock systems are in the following ranked order: cattle farming — 0.15 Mg N of milk and live weight gain per 1 Mg manure nitrogen production; pig farming — 0.43 Mg N of live weight gain per 1 Mg N excreted and broiler farming — 0.78 Mg N of live weightgain, respectivel. It was established that the livestock production systems cause a significant anthropogenic load on the surrounding natural environment — intensive soil load (balance from –30.2 to –42.2 kg N/ha/year) and high rates of ammonia and greenhouse gas emissions (NH3, NOx and N2O) from manure management systems and agricultural land (16.3–1456.4 kg/ha/year). It was established that 132.4 kg of NH3, NOx and N2O are emissed for 1 Mg of live weight gain of calves; 7.6 kg of NH3, NOx and N2O per 1 Mg of produced cow’s milk; 30.3 kg of NH3, NOx and N2O per 1 Mg of live weight gain of pigs (on average); 22.2 kg of NH3, NOx and N2O per 1 Mg of live weight gain of broiler chickens; 53.7 kg of NH3, NOx and N2O per 1 Mg of produced live weight and wool of sheep.
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乌克兰畜牧业生产系统氮预算的生态评价
氮预算以乌克兰5个不同畜牧生产系统的典型养殖场为例进行建模。显示了不同牲畜系统的相对人为负荷以及作物和动物产品生产中养分利用的效率。测定了畜禽饲料、肥料、生物固结、大气沉降、作物残茬中氮的输入流量以及农畜产品的输出流量。结果表明,被调查农场的氮素利用效率(NUEfarm)为21.0 ~ 69.9%,即在销售产品中沉积了等量的土壤养分和进口饲料中的氮当量,其余氮以副产物(作物残茬和粪便)的形式沉积。测定了生产的主副产物在氮当量中的比例。在作物生产中,1 Mg作物残氮可获得1.06 ~ 1.11 Mg N。在牲畜中,每产生1毫克的粪便氮(氮排泄),只能获得0.15-0.78毫克氮的主要产品(奶、肉、羊毛)。根据主要产品相对于副产物的产量水平,畜牧系统按以下顺序排列:养牛业-每生产1 Mg粪肥氮0.15 Mg奶和活重增加;生猪养殖每排泄1 Mg氮可增加0.43 Mg氮,肉鸡养殖每排泄1 Mg氮可增加0.78 Mg氮。结果表明,畜牧业生产系统对周边自然环境造成了显著的人为负荷——集约型土壤负荷(平衡范围为- 30.2 ~ - 42.2 kg N/ha/年),粪便管理系统和农用地产生的氨和温室气体(NH3、NOx和N2O)排放率高(16.3 ~ 1456.4 kg/ha/年)。结果表明:犊牛每增重1 Mg, NH3、NOx和N2O排放量为132.4 kg;每生产1毫克牛奶产生7.6千克NH3、NOx和N2O;每1 Mg生猪活增重平均可产生30.3 kg NH3、NOx和N2O;每1 Mg肉鸡活增重可添加22.2 kg NH3、NOx和N2O;每生产1毫克活重和羊毛,产生53.7公斤NH3、NOx和N2O。
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