@article{Paena_Syamsuddin_Rani_Tandipayuk_2020, title={ESTIMATION OF ORGANIC WASTE LOADS FROM SHRIMP POND SUPERINTENSIVE THAT WAS DISPOSED IN THE LABUANGE BAY WATERS}, volume={12}, url={https://jurnal.ipb.ac.id/index.php/jurnalikt/article/view/27738}, DOI={10.29244/jitkt.v12i2.27738}, abstractNote={<p><em>Environmental pollution in the form of organic waste containing nitrogen (N) and phosphate (P) sourced from superintensive shrimp pond cultivation due to much feed use is a severe problem in the development of superintensive technology in Indonesia.&nbsp; This study aims (1) to estimate the amount of feed wasted into the environment during cultivation in superintensive ponds and (2) estimate the amount of N and P waste that is wasted into the environment from superintensive cultivation. The research method is carried out in 3 stages; the first stage was carried out on a superintensive pond for 76 days by carrying out superintensive shrimp farming with a density of 600 tails / m2 then carried out observations of wasted feed. The second stage is to conduct laboratory-scale shrimp digestibility tests, and the third stage is laboratory-scale shrimp excretion research. The results showed that (1) the amount of feed wasted into the environment (un-eaten) amounted to 24.32% of the total feed provided. The burden of organic waste from superintensive ponds shrimp discharged into the waters of Labuange Bay is 3.89 tons/year consisting of organic waste containing N amounting to 3.61 tons/year with a mean of discharging to waters of 10.31 kg/day, and organic waste containing P of 0.28 tons/year with a mean discharge to the waters of 0.81 kg/day. These results indicate that the waters of Labuange Bay have experienced the pressure of organic waste originating from superintensive shrimp pond activities. </em></p&gt;}, number={2}, journal={Jurnal Ilmu dan Teknologi Kelautan Tropis}, author={Paena, Mudian and Syamsuddin, Rajuddin and Rani, Chair and Tandipayuk, Haryati}, year={2020}, month={Aug.}, pages={507-516} }