Condutividade elétrica de sementes de diferentes genótipos de feijão

For the treated seeds compared with the untreated ones, the percentage of normal seedlings in the germination, seedling emergence in sand and accelerated aging tests was

The seeds of the inbred lines and hybrids were submitted to viability test, vigor by the accelerated aging and cold tolerance, and biochemical profiling (total protein

Regardless of time of application, the lowest percentage of normal seedlings after the germination, first count and accelerated aging tests was observed in seeds desiccated with

Germination (G), accelerated aging (AA), electrical conductivity (EC), seedling length (SL), seedling emergence (SE) of four lots of ‘Itapuã 600’ pea seeds, after four months

The physiological quality of seeds was evaluated by grain yield, germination, first count, accelerated aging, moisture content after accelerated aging, seedling length, seedling

The physiological characterization of the lots was the determination of water content (before and after accelerated aging), germination, first germination count, germination

The ability of the accelerated aging test to evaluate seed vigor was also observed in seeds of watermelon (BHERING et al., 2003), in this work they showed that the accelerated

Table 2 - Means of water content, germination percentage in accelerated aging and field emergence of representative samples of lots of corn seeds cv... cold test (r=0.518) showing