1) three-dimensional crab raising
立体养蟹
3) stereoscopic plantation and breeding
立体种养
1.
An eco-agricultural model of stereoscopic plantation and breeding was designed based on the principles of ecology,ecological economics and system science,which integrates "arbor + bush + grass + goat + biogas + earthworm + chicken" into one comprehensive eco-agricultural system.
根据元谋干热河谷生态环境脆弱、水分短缺、干热资源充足等特点,按照生态学、生态经济学、系统科学的原理设计规划干热河谷退化坡地立体种养复合生态农业模式,即“乔+灌+草+羊+沼气+蚯蚓+鸡”模式。
4) hanging culture
立体养殖
1.
Undaria pinnatifida and Laminaria japonica were hanging cultured by using scallop culture raft.
利用扇贝养殖筏架进行裙带菜海带立体养殖,经5个月的养殖,裙带菜单株均长136。
5) crab bodies
蟹体
1.
Heterotrophic bacteria in the water and Chinese mittencrab bodies during artificial reproduction;
河蟹工厂化育苗期间水及蟹体中异养细菌的研究
6) pond crab farming
池塘养蟹
1.
Investigation in 2001 shows that the area of pond crab farming in the Taihu Valley was 11 377.
85kg,太湖流域池塘养蟹向环境中年排放TN为308。
补充资料：一蟹不如一蟹
1.旧题宋苏轼《艾子杂说》:"艾子行于海上，见一物圆而褊，且多足，问居人曰:'此何物也?'曰:'蝤蛑也。'既又见一物，圆褊多足，问居人曰:'此何物也?'曰:'螃蟹也。'又于后得一物，状貌皆若前所见而极小，问居人曰:'此何物也?'曰:'彭越也。'艾子喟然叹曰:'何一蟹不如一蟹也!'"后因以比喻一个不如一个。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条