Select the tab for the type of search. Each tab has everything you need to do to perform that type of search.

(Results of more than 500 will not return images.)

This search will show only accessions that have material that may be requested, including those not seasonally available.
You may list accessions with separators (commas or semicolons, as shown below) or by entering them on separate lines, such as
PI 651794
PI 651649
PI 651650
When searching a range of accessions, use the Advanced Search tab with the Accession Identifier Range criterion.

The more information you provide, the better the search will be.


Scientific name (any part, no hybrid symbols)

Plant name


Genebank
Country of Origin


Other search criteria:



With genomic data With NCBI link With images Only non-Genetically Engineered

If your results aren't what you expected, try using the Advanced Search tab and filling in more information.
Your query included: All accessions

View Observation Data

Selected item(s) below:


ACCESSIONPLANT NAMETAXONOMYORIGINGENEBANKIMAGEAVAILABILITYRECEIVEDSOURCE TYPESOURCE DATECOLLECTION SITECOORDINATESELEVATIONHABITATIMPROVEMENT LEVELNARRATIVE
0PI 677346'Bo23'Zea mays L. subsp. mays Emilia-Romagna, ItalyNC7EAR2016DEVELOPEDBreeding materialMaize inbred line Bo23 is released because of its high cold tolerance expressed in early sowing and its appreciable agronomic performance. As to cold tolerance traits, Bo23 shows a high percentage of field emergence and a high seedling fresh weight (at the five-leaf stage), which leads the line to excel for plot fresh weight in cold conditions. As to agronomic traits, Bo23 shows a low anthesis-silking interval and a high tendency to develop two ears per plant, thus allowing the achievement of high yield levels (even superior to those of 873). Primary ears has 14 kernel rows and red cob carrying orange semi-flint kernels. As compared with its parental inbred 873, Bo23 sheds pollen three-four days earlier, is 25-30 cm shorter and shows a greater tolerance to Barley Yellow Dwarf Virus (BYDV). Most of these findings for the line per se are substantially confirmed at the hybrid level in combination with the Lancaster Sure Crop tester Mo17 x H99.1940841PI 677346