首页|荫蔽或非荫蔽耕作制度对云南咖啡质量的影响

荫蔽或非荫蔽耕作制度对云南咖啡质量的影响

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本研究从云南小粒种咖啡3个主要种植区采集了52个样品.在德国柏林由一个专业杯品测试小组对其进行测评。比较了不同海拔荫蔽和非荫蔽耕作系统中咖啡豆的质量。结果显示:荫蔽系统的优势明显。荫蔽系统下生产的咖啡豆在所有4个感官项目测试和“带衣豆总干重/咖啡鲜果重”(D/F)项目中都有较好的表现。此外,在比较来自相近海拔(约1000m)的不同卡蒂莫品系时,发现香味和D/F之间呈正相关.D/F比值冈其结果简单、具体、客观,从而可作为咖啡质量中的物理性状的主要评价指标之一。另外.荫蔽耕作制度能够明显增加D/F的比值,这可能是荫蔽耕作制度下的咖啡豆在杯品测试中能有更好的表现的原因(特别是香味)。
Effects of Shade/Non-shade Farming Systems on Cup Quality of Arabica Coffee in Yunnan
Yunnan is the only Arabica coffee producing province in China and the northernmost coffee planting area in the world (from latitude 22° N to 25.5° N). In this research, 52 coffee samples were collected from three major Arabica plantation regions, namely Siamo, Dehong and Baoshan and rated by a professional cup taster group in Berlin (Germany). The coffee beans from shade and non-shade farming systems at different altitude are compared in the research. The advantage of the shading system is clearly seen. The coffee beans under the shading situation have better quality in all four organoleptic items and 'Total dry weight of Parchment beans/Fresh coffee fruit weight (D/F)' item. Furthermore, a positive correlation between aroma and D/F item was found in the comparison of different Catimor family samples from similar altitudes (about 1 000 m.a.s.1.). The ratio of D/F could probably be defined as a reference standard for cup quality with simple, concrete and objective advantages. On the other hand, the introduction of shade farming system seems can significantly increase the D/F ratio. That could be one of the reasons to explain why coffee beans from farming system have better performance in the cup testing, especially for aroma item. Further research is needed in collecting more data series to confirm this finding.this finding.

Arabica coffeeshadenon-shadefarming systemcup quality

李锦红、张洪波、周华、郭铁英、肖兵、陈路、Karlheinz Rieser

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云南省德宏热带农业科学研究所,云南瑞丽678600

波恩大学食品饮料和资源经济研究所,德国波恩D-53115

柏林咖啡之星连锁店,德国柏林D-13353

小粒种咖啡 荫蔽 非荫蔽 耕作制度 杯品质量

云南省农垦总局2007及重点科技项目农业部“热带香辛饮料作物产业技术研究与示范”项目“农业部热带作物种质资源保护项目

2007RZ01200903024-0109RZZY-15

2011

热带农业科学
中国热带农业科学院

热带农业科学

CSTPCD
影响因子:0.534
ISSN:1009-2196
年,卷(期):2011.31(10)
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