Performance of agronomic characteristics and path analysis of the highland new plant types of rice

Author:

Limbongan Y L,Driyunitha ,Parari T Y,Sjahril R

Abstract

Abstract This study aims to examine the good production characteristics and path analyses as well as the character correlation of the highland F4 new plant type of lines. The research was conducted in four paddy fields, namely Bittuang, Rantebua, Sesean, and Tallunglipu sub-districts at altitudes of 650, 850, 1400 and 1600 meters above sea level in North Toraja and Tana Toraja Regencies. This research took place from June to December 2021 and was arranged in randomized block design. The genotypes tested were 30 F4 lines and six control varieties which were repeated 3 times at each location. The results showed that lines with an average productivity of above 4 tons ha−1 at four locations namely G13 (5.17 tons ha−1), G7 (4.91 tons ha−1), G26 (4.80 tons ha−1), G15 (4.65 tons ha−1), G10 (4.55 tons ha−1), G14 (4.47 tons ha−1), and G25 (4.22 tons ha−1). The characters with the highest correlation with production were the weight of filled grain per clump, number of productive tillers, and the weight of grain per panicle, while the characters that had the highest positive direct effect were number of productive tillers, weight of filled grain per panicle and percentage of filled grain per panicle.

Publisher

IOP Publishing

Subject

General Medicine

Reference20 articles.

1. Population predictions for the world’s largest cities in the 21st century;Hoornweg;Proceedings of the National Academy of Sciences,2017

2. Diversity and population structure of local rice varieties from indonesia revealed by ssr markers.;Terryana;Hayati J. Biosci.,2020

3. A general adaptation strategy for climate change impacts on paddy cultivation: special reference to the Japanese context;Watanabe;Paddy Water Environ.,2009

4. Lahan sawah dan kecukupan produksi bahan pangan.;Ritung;Jurnal Sumberdaya Lahan,2010

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