An automated solution for maize detasseling is very important for maize growers who want to reduce
production costs. Quality assurance of maize requires constantly monitoring production fields to ensure
that only hybrid seed is produced. To achieve this cross-pollination, tassels of female plants have to be
removed for ensuring all the pollen for producing the seed crop comes from the male rows. This removal
process is called detasseling. Computer vision methods could help positioning the cutting locations of
tassels to achieve a more precise detasseling process in a row. In this study, a computer vision algorithm
was developed to detect cutting locations of corn tassels in natural outdoor maize canopy using conventional
color images and computer vision with a minimum number of false positives. Proposed algorithm
used color informations with a support vector classifier for image binarization. A number of morphological
operations were implemented to determine potential tassel locations. Shape and texture features
were used to reduce false positives. A hierarchical clustering method was utilized to merge multiple
detections for the same tassel and to determine the final locations of tassels. Proposed algorithm performed
with a correct detection rate of 81.6% for the test set. Detection of maize tassels in natural canopy
images is a quite difficult task due to various backgrounds, different illuminations, occlusions, shadowed
regions, and color similarities. The results of the study indicated that detecting cut location of corn tassels
is feasible using regular color images.