The composition of non-carcass thin-tailed sheep fed Indigefera zollingeriana with different rearing systems, was evaluated using twenty sheep with an average initial body weight of 18.3 ± 2.01 kg. The variables observed in this study included the weight of the head, feet, skin, tail, liver, spleen, lungs, heart, kidneys, rumen, reticulum, omasum, abomasum, intestines, empty viscera and omnetal fat. The design used in this study was a factorial completely randomized design (CRD) with five replications. Feed is treatment factor one (P1 = grass + commercial concentrate and P2 = grass + Indigefera zollingeriana) and maintenance is treatment factor two (SI = Semi Intensive and I = Intensive). The results of the study were analyzed by analysis of covariance. and the correction factor is the initial weight of the sheep. The results of this study showed that giving P2 to sheep resulted in lower tail weight but higher kidney weight (P<0.05). In addition, there was an interaction effect (P< 0.05) between treatments on the weight of theomasum and abomasum, where the sheep with P1I treatment had the highest omasum and abomasum weights, while the lowest omasum and abomasum weights were in the P2I treatment.

Experimental research was carried out to obtain formulations of corn husk and sugarcane bagasse to produce good quality seed paper packaging. The differences in the raw material formulations used were (70% corn husk : 30% bagasse), P2 (50% corn husk : 50% bagasse) and P3 (30% corn husk : 70% bagasse). The research data were analyzed using ANOVA and for each treatment that was significantly different it was continued with the Duncan Multiple Range Test (DMRT) at the 5% confidence level. The results showed that corn husks and bagasse could be used as raw materials for paper, with a characteristic of yellow to brown in color, and were able to be formed into paper pouch packaging. Based on statistical analysis using ANOVA at α level of 5%, P3 treatment (25% corn husk : 75% bagasse) is the best treatment which produces paper packaging with the strongest tensile strength (12.1 N), the best elasticity (14.4%), as much as 65% can decompose in the soil after being planted for 4 weeks, and the seeds managed to germinate on the 9th day after the paper was planted.