Paper Title
Hybridization of Scenarios of Irrigation Melon (Cucumis Melo L.) Subjected to Two

Abstract
The frequency of different irrigation on melon plants has an impact on the success of pollination and the character of melon fruit yield. The purpose of this research is to determine differences in successful pollinations and to determine differences in the yield characteristics of several hybridization sets of melon plants in two populations with different irrigation frequencies. This research was conducted by performing artificial crosses on several melon varieties. The materials used include melon seeds ofMelindo (ME), Madesta (MD), and Glamor (GL) varieties. This research was carried out at the greenhouse Brawijaya University, Malang, Indonesia across 2021 and 2022. The highest percentage of successful pollinations in irrigation every 2 days was at 06.00-11.00 AM with several proportions of female and male flowers, while irrigation every 6 days was at 06.00-09.00 AM. The average yield character of melons showed the highest fruit weight, fruit diameter, fruit length, and flesh thickness in the ME×MD hybridization set. The percentage of successful pollinations and the yielding character of melons showed the highest fruit weight, fruit diameter, fruit length, and flesh thickness in the ME×MD hybridization set. The highest average sweetness level was found in the ME×ME hybridization set. The percentage of successful pollinations and melon fruit quality under normal conditions was better than under drought stress conditions. The result of this research will enable to determine the most effective hybridization when the condition is under stress and might be used by breeder to improve some of the characters. Keywords - Drought Stress, Irrigation, Pollination, Melon