PERTUMBUHAN DAN HASIL GALUR-GALUR F4 PADI RAWA PADA RAWA LEBAK

S. Sumardi, M. Chozin, Hermansyah Hermansyah
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Abstract

[GROWTH AND YIELD OF F4 SWAMP RICE LINES ON LINE SWAMP]. Growth and yield of swamp rice are depending on the plant ability to adapt in swampy agro-ecosystem which characterized by several limiting factors. This study was addressed to evaluate the growth and yield characteristics of six lines of swamp rice bred for the development of high-yielding rice varieties best suited for swamp land production. Evaluation was conducted in a pot experiment using UBPR2, UBPR3,UBPR6, UBPR7, UBPR9, and UBPR10 as planting materials. These lines were the F4 generation derived from crosses involving local Bengkulu swamp rice varieties. Observations were made on 13 plant characteristics, dry matter accumulation,  leaf area ratio, specific leaf weight, net assimilation rate, plant height, productive tiller number, heading date, maturity date, panicle length, grain number per panicle, percent of filled grain, and plant yield (the grain weight per clump).  The collected data were subjected to analysis of variance and least significant difference test at 5% level.  Results indicated that all lines physiologically exhibited similar growth patterns, excepting the capability of accumulating dry matter at 40 dap. In this case, UBPR6 produced the highest dry matter accumulation (24.34 g). Based on the morphological performances, significant variations among the lines were observed on most of the observed characteristics, except on productive tiller number and panicle length UBPR10 was the line produced the tallest plant stature (160.72 cm), UBPR2 was the earliest flowering and maturing line (76,33 and 111 dap), whereas UBPR6 was the line produced the highest grain number per panicle (212,2), percent of filled grain (95%),  and plant yield (82.50 g per clump).
[4个沼泽水稻品系在联机沼泽上的生长和产量]。沼泽水稻的生长和产量取决于植物对沼泽农业生态系统的适应能力,而沼泽农业生态系统受多种限制因素的影响。为选育最适合沼泽地生产的高产水稻品种,对6个沼泽水稻品系的生长和产量特性进行了评价。以UBPR2、UBPR3、UBPR6、UBPR7、UBPR9和UBPR10为种植材料进行盆栽试验评价。这些系是由当地沼泽稻品种杂交而来的F4代。观察了干物质积累、叶面积比、比叶重、净同化率、株高、有效分蘖数、抽穗期、成熟期、穗长、每穗粒数、结实率和植株产量(每穗粒重)等13个性状。收集的资料在5%水平下进行方差分析和最小显著性差异检验。结果表明,各品系在生理上均表现出相似的生长模式,除了在40 dap时积累干物质的能力。在此条件下,UBPR6的干物质积累量最高(24.34 g)。从形态性状上看,除有效分蘖数和穗长外,其余性状均存在显著差异,其中UBPR10最高(160.72 cm), UBPR2最早开花和成熟(76、33和111 dap), UBPR6每穗粒数最高(212、2)。灌浆率(95%)和单株产量(每穗82.50克)。
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