This study aimed to evaluate the nutritional value of Korch (Erythrina abyssinica) and its utilization as a livestock feed in the Sekela district, Amhara region, Ethiopia. The experiment was done during the dry season (February to April 2024). Data were collected using semi-structured questionnaire interviews, field observations, key informant conversations, and focus group discussions. The study area was divided into two agroecologies: the highlands and the midlands. A total of 357 respondents, 231 from the highlands and 126 from the midlands were chosen randomly and given one-on-one interviews. E. abyssinica samples were collected from two altitudes, and the chemical composition and in vitro digestibility were assessed. Data were gathered and examined using statistical procedure for social sciences (SPSS) version 26 (SPSS, 2011). The results of the study showed that a mixed crop-livestock production system was the dominant farming system in both altitude regions. The mean total land holding was 3.81±0.069 ha per HH. The average livestock holding size per HH was 7.01±0.11TLU and was significant (p<0.01) varied across agroecologies. The major feed resources were crop residues, natural pasture, aftermath grazing, atela, and hay. The major constraints related to livestock production were feed shortage, diseases, poor genetic potential, shortage of veterinary service, and water shortage. The feed utilization practice of E. abyssinica in the area was cut and carrying system. Many farmers appreciate the benefits of E. abyssinica for improving animal performance. According to farmers' perceptions in the study area, E. abyssinica can improve the growth rate and productivity of ruminant animals such as sheep, goats, and cattle. And also, their perception indicates that E. abyssinica can partly fill the deficient nutrients available in low-quality feeds during the dry season. Generally, E. abyssinica is very important for ruminant animal production and productivity if farmers provide timely and properly The DM and CP content is 93.38% and 22.06% respectively and there was no significant difference (p>0.05) among agroecologies. IVDMD (57.09%) and estimated biomass yields (2.85±0.038Kg) were significantly higher (P<0.05) in the highland. Its ME (8.32 MJ/kg) was not significantly different (p>0.05) among agroecologies. In general, due to its high crude protein contents, better digestibility, and low fiber content E. abyssinica is able to be a dry season supplemental feed to increase ruminant performance and to maximize the utilization of low-quality feed resources when feed is in short supply.