作物研究
作物研究
작물연구
Crop Research
2015年
6期
617-621,625
,共6页
烤烟%海拔%土壤%化学成分%陆良
烤煙%海拔%土壤%化學成分%陸良
고연%해발%토양%화학성분%륙량
tobacco%soil%altitude%chemical composition%Luliang
研究了陆良县海拔1800~2300 m 区域的水稻土、红壤2种土壤类型共计320个土样的养分状况及中部烟叶的化学成分。结果表明,陆良县各海拔植烟土壤均存在一定程度的缺钾状况,烤后烟叶的总糖含量偏高。水稻土条件下,烟叶钾离子含量与土壤有机质的含量呈显著负相关,烤烟糖碱比与土壤 pH 显著负相关,与有效磷、速效钾的含量呈极显著正相关;红壤条件下,烟叶总糖和还原糖的含量与海拔高度呈显著正相关,与土壤 pH 呈极显著负相关,烟叶钾离子含量与海拔高度、土壤速效钾的含量呈极显著正相关。陆良烟区海拔组2(1900~2000 m)的红壤及海拔组3(2000~2100 m)的水稻土烤烟化学成分更协调,更适合发展优质烤烟。
研究瞭陸良縣海拔1800~2300 m 區域的水稻土、紅壤2種土壤類型共計320箇土樣的養分狀況及中部煙葉的化學成分。結果錶明,陸良縣各海拔植煙土壤均存在一定程度的缺鉀狀況,烤後煙葉的總糖含量偏高。水稻土條件下,煙葉鉀離子含量與土壤有機質的含量呈顯著負相關,烤煙糖堿比與土壤 pH 顯著負相關,與有效燐、速效鉀的含量呈極顯著正相關;紅壤條件下,煙葉總糖和還原糖的含量與海拔高度呈顯著正相關,與土壤 pH 呈極顯著負相關,煙葉鉀離子含量與海拔高度、土壤速效鉀的含量呈極顯著正相關。陸良煙區海拔組2(1900~2000 m)的紅壤及海拔組3(2000~2100 m)的水稻土烤煙化學成分更協調,更適閤髮展優質烤煙。
연구료륙량현해발1800~2300 m 구역적수도토、홍양2충토양류형공계320개토양적양분상황급중부연협적화학성분。결과표명,륙량현각해발식연토양균존재일정정도적결갑상황,고후연협적총당함량편고。수도토조건하,연협갑리자함량여토양유궤질적함량정현저부상관,고연당감비여토양 pH 현저부상관,여유효린、속효갑적함량정겁현저정상관;홍양조건하,연협총당화환원당적함량여해발고도정현저정상관,여토양 pH 정겁현저부상관,연협갑리자함량여해발고도、토양속효갑적함량정겁현저정상관。륙량연구해발조2(1900~2000 m)적홍양급해발조3(2000~2100 m)적수도토고연화학성분경협조,경괄합발전우질고연。
The relationships of chemical composition in tobacco leaf at the different altitudes and soil types of Luliang were studied in this paper.The results showed that,different soil types in all altitudes of Luliang tobacco -growing areas were short of available potassium,total sugar of flue -cured tobacco leaf was overweight.For paddy soil,there were negative cor-relations between available potassium of tobacco leaf and organic matter of soil,sugar -nicotine ratio of tobacco leaf and soil pH,available potassium,available phosphorous of soil.In the condition of red soil,there were significantly positive cor-relations between total sugar of tobacco leaf and altitude,reducing sugar of tobacco leaf and altitude.There were significant negative correlations between total sugar of tobacco leaf and soil pH.Significantly positive correlation was showed between potassium of tobacco leaf and altitude,soil available potassium.In conclusion,red soil of Luliang tobacco -growing areas under 1 900 ~2 000 m altitude and 2 000 ~2 100 m elevation in red soil and paddy soil was more suitable for the develop-ment of high quality flue -cured tobacco.