Kour Sandeep, Masud Sahar, Khan Asma
J Environ Biol. 2016 Jan;37(1):149-53.
The experiment was conducted to evaluate the effect of chicken manure and inorganic fertilizer (single super phosphate and urea) on growth performance viz. increase in wet body weight, length, specific growth rate (SGR), condition factor (CF), survival rate and proximate composition of Cyprinus carpio. Experimental water in tubs was treated in duplicates with low (PT) @8000 kgha , medium (PT2) @10,000 kgha(-1) and high (PT) @12,000 kg/ha doses of chicken manure and also with low, medium and high dose of inorganic fertilizer(urea + SSP) @ 104 kgha(-1) + 155 kgha(-1) (IT(1)), @218 kgha(-1) + 310 kg/ha (IT2) and 322 kgha(-1) +470 kgha(-1)(IT3) respectively, along with control. At the end of the experiment, C. carpio showed maximum growth in PT, with significant higher SGR and CF. Survival rate ranged beween 93.3 to 100 % in all the treatments. Level of crude protein and total fat were a2so highest in PT, Moisture and carbohydrate showed no significant changes while ash content changed significantly in all the treatments and control. These observations indicate that chicken manure alone was effective to stimulate productivity and growth of fish without affecting proximate composition of fish meat.
进行该实验是为了评估鸡粪和无机肥料(过磷酸钙和尿素)对鲤鱼生长性能的影响,即湿体重增加、体长、特定生长率(SGR)、肥满度(CF)、存活率以及鲤鱼的近似成分。在水槽中的实验用水一式两份地用低剂量(PT)8000千克/公顷、中剂量(PT2)10000千克/公顷和高剂量(PT3)12000千克/公顷的鸡粪进行处理,同时也分别用低、中、高剂量的无机肥料(尿素+过磷酸钙)104千克/公顷+155千克/公顷(IT1)、218千克/公顷+310千克/公顷(IT2)和322千克/公顷+470千克/公顷(IT3)进行处理,并设置了对照组。在实验结束时,鲤鱼在PT处理组中生长最快,其特定生长率和肥满度显著更高。所有处理组的存活率在93.3%至100%之间。粗蛋白和总脂肪含量在PT处理组中也最高,水分和碳水化合物含量无显著变化,而所有处理组和对照组的灰分含量变化显著。这些观察结果表明,单独使用鸡粪能有效刺激鱼类的生产力和生长,且不影响鱼肉的近似成分。