Observation on morphology and antomy of abortion grains at the ear top of maize (zea mays L. )
Luo Yaoning
Observation on morphology and antomy of abortion grains at the ear top of maize (zea mays L. ) - 1988 - Printed
1 ill., 1 table, 6 ref. Summaries (Ch, En) Peer-review: Yes - Open Access: Yes|http://science.thomsonreuters.com/cgi-bin/jrnlst/jlresults.cgi?PC=MASTER&ISSN=0578-1752
The morphology and anatomy of abortion at the ear top of maize were studies. The results showed that all pistillate florets silked before pollination at the ear top could develop with complete and maturity embryo sacs, similar to those of the middle and lower florets, although they were smaller than the latters. After pollination, however, their endosperms and embryoes developed and differentiated differently with the normal ones in beginning later and stopping earlier, less endosperm cells, starch grains and embryonic primordiums and smaller embryoes. The main cause of abortion was their poor competition abilities for nutrients with
Chinese
0578-1752
Anatomy
Cereals
Crops
Developmental stages
Disorders
Economic plants
Feed crops
Feed grasses
Functional disorders
Glumiflorae
Grain crops
Gramineae
Grasses
Industrial crops
Inflorescences
Injurious factors
Kernels
Monocotyledons
Oil crops
Physiological functions
Plant anatomy
Plant developmental stages
Plant structure
Plants
Pregnancy complications
Reproduction
Reproductive disorders
Seeds
Starch crops
Storage organs
Sugar crops
89-104139
Observation on morphology and antomy of abortion grains at the ear top of maize (zea mays L. ) - 1988 - Printed
1 ill., 1 table, 6 ref. Summaries (Ch, En) Peer-review: Yes - Open Access: Yes|http://science.thomsonreuters.com/cgi-bin/jrnlst/jlresults.cgi?PC=MASTER&ISSN=0578-1752
The morphology and anatomy of abortion at the ear top of maize were studies. The results showed that all pistillate florets silked before pollination at the ear top could develop with complete and maturity embryo sacs, similar to those of the middle and lower florets, although they were smaller than the latters. After pollination, however, their endosperms and embryoes developed and differentiated differently with the normal ones in beginning later and stopping earlier, less endosperm cells, starch grains and embryonic primordiums and smaller embryoes. The main cause of abortion was their poor competition abilities for nutrients with
Chinese
0578-1752
Anatomy
Cereals
Crops
Developmental stages
Disorders
Economic plants
Feed crops
Feed grasses
Functional disorders
Glumiflorae
Grain crops
Gramineae
Grasses
Industrial crops
Inflorescences
Injurious factors
Kernels
Monocotyledons
Oil crops
Physiological functions
Plant anatomy
Plant developmental stages
Plant structure
Plants
Pregnancy complications
Reproduction
Reproductive disorders
Seeds
Starch crops
Storage organs
Sugar crops
89-104139