Prospect for the development of direct seed planting technology (Tabela) in Indonesia. This paper is a review that aims to reveal the development of technological innovations for direct seed rice cultivation (Tabela) and the prospects for its development in Indonesia. Rice is the main source of food, which cannot be substituted with other foodstuffs. The need for rice will continue to increase, along with the rate of increase in population growth every year. Therefore, the main program for agricultural development in periods 2015-2019 is to increase productivity and cropping indexes in all rice agro-ecosystems. The main problems in the current rice cultivation business today are; the need for labor is large, while the availability of labor in the agricultural sector is decreasing, farm labor wages and the price of production facilities are getting more expensive, the area of rice fields is decreasing, the availability of water is increasingly limited. Direct seed cultivation of jajar legowo is one of the solutions for lowland rice farming that can solve the problem of labor shortages in the production process of rice cultivation. Supporting technology in Tabela rice cultivation is quite available including superior varieties, seed technology, biological fertilizers, fertilization, weed control, water management, pest and disease control, and planting tools. Tabela technology has the prospect to be widely developed in Indonesia because it is suitable for irrigated and rain fed rice fields, harvest faster, increases production, is more labor efficient, easy and practical to implement.

Rice is one of the most important staple cereal foods and major food for more than a third of the world’s population. The use of organic fertilizers is needed to improve soil quality and increase crop production. The research objective was to determine the effectiveness of solid organic fertilizer (SOF) on the growth and production of lowland rice. This research was conducted in Lau District, Maros Regency, South Sulawesi, from October 2019-February 2020. Field experiments were arranged in a Randomized Complete Block Design (RCBD) with 8 treatments and repeated four times. The treatments studied were A=without fertilizer; B=NPK 100%; C=NPK 75%; D=NPK 100%+SOF 50%; E=NPK 75%+SOF 100%; F=NPK 75%+SOF 150%; G=NPK 100%+SOF75%; and H=NPK 100%+SOF 100%. The parameters observed were plant height at harvest time, number of productive tillers, number of panicles, number of filled grains, number of empty grains, the weight of 1,000 grains, and yield of GKP. The results obtained indicate that the treatment of F = NPK 75% + SOF 150% gives the highest yield namely 5,03 t ha−1, with RAE 200%, profit Rp. 10.226.100, and R/C ratio 2,03