Mango (Mangifera indica L.) is a fruit that is loved by people all over the world. This research aims to determine the morphological characteristics of mango fruit in Panyileukan District, West Java, Indonesia. This research was conducted in four villages, namely Mekar Mulya, Cipadung Kidul, Cipadung Wetan and Cipadung Kulon. This research aims to determine the morphological characters of mangoes in Panyileukan District. Field data collection was carried out by observing the mango varieties planted by the community in their home gardens. A total of eight varieties of mango were found at the research location: mango gedong, garifta, arumanis, cengkir, kaweni, grogot, simanalagi and apple. Each mango variety has different morphological characteristics. Botanical identification was carried out by comparing the morphological characteristics of mango trees using several publications, including journals, magazines and websites. There were 8 types of mango, namely; gedong, garifta, arumanis, cengkir, keweni, grogot, simanalagi and apple

Medicinal plants are plants that are used by the community to improve the ability to live a healthy life. This public belief that has been carried out from generation to generation has been scientifically proven. Rural communities generally plant various types of plants, both seasonal and perennials, in their yards, which are commonly referred to as living barns, living stalls and living pharmacies. This research was conducted in one of the house yards in Pataruman village, Cihampelas sub-district, Bandung Regency. By identifying medicinal plants based on their morphology and literature studies. The results of this research obtained 6 plant species, namely Katuk, Betel, Bandotan, Honje, Ki Edi, and Aloe Vera. The substances contained in these plants are very beneficial for health, such as flavonoids, alkaloids, tannins, vitamins A, B, C and others. These benefits include antidiabetic, anti-inflammatory, analgesic, antioxidant, and can increase breast milk production. 
 

The Liliaceae family has about 280 genera and about 4000 species that are widely distributed on earth. Based on their form of stature this family is a herbaceous group, which is generally geophytic, often poisonous, with rhizomes. All members of this family usually have layered tubers that produce steroidal saponins or steroidal alkaloids from phenylalanine or tyrosine. Inventory research was conducted at the Inclusion Park, Citarum Village, Bandung City. Inventory is an activity of grouping data on a plant species that occupies a certain area to collect data on species richness in an area. The method used in this research is the exploration method, by exploring along the research site and collecting information on the presence of plant species of the family. The results of the study obtained 3 species in the liliaceae family, namely Liriope spicata (Thunb.) Lour., Chlorophytum comosum, and Cordyline fruticosa (L.) A.Chev. Translated with DeepL.com (free version).

Ferns are low-level plants whose distribution is quite wide and are often found on the campus of UIN Sunan Gunung Djati Bandung. The aim of this research is to determine the calcification and relationships of ferns that live in the campus area using direct exploration methods by observing their morphological characteristics. The data from morphological observations is then processed into a dendogrm so that relationships can be identified and read using the similarity index formula. The results of this research show that 2 divisions of ferns were found, namely pteridophyta and traceophyta. In the pteridophyta division, 1 class, 2 orders, 6 families and 9 species were found. Meanwhile, in the traceophyta division, 1 class, 1 order, 1 family and 1 species were found. The results of the kinship analysis show that the 10 species of ferns can be divided into 2 large groups based on 16 morphological traits. The relationship between species is measured using the Sorensen similarity index, which shows that several species have a relationship that is very close (? 75%), close (51-74%), not close (26-50%), and very not close (? 25%). For example, Pityrogramma calomelanos and Adiantum capillus are very closely related with a similarity index of 87.5%, while Pyrrosia piloselloides and Phymatosorus scolopendria are not closely related with a similarity index of 43%.