REFERENCES

Hidayat. T, Abdurahman. E (2017). Tumbuhan berbiji di Kampus UPI Bumi Siliwangi. Bandung : UPI Press

Counquist. A. (1981). An Integrated Sysytem of Cassification of Flowering Plants. New York : Columbia University Press

Devi, S.A. Thonga, Handique. (2015). Nymphaea rubra Roxb.ex Andrews cultivated as an ornamental, food and vegetable in the North Eastern region of India. [Online]. acses in
https://link.springer.com/article/10.1007/s10722-014-0177-3 ( 8 November, 2019)

Anonim, Kewscience.pants of the word. [Online]. acses in http://powo.science.kew.org/taxon/urn:lsid:ipni.org:names:610878-1#descriptions ( 8 November, 2019)

Anonim, Mickey Mouse Plant. [Online]. acses in http://www.stuartxchange.org/MickeyMousePlant.html (17 November, 2019)

Jacqualine. (2012). Ochna kirkii, the fascianating Mickey Mouse Plant.[Onine].acses in https://www.jaycjayc.com/ochna-kirkii-mickey-mouse-plant/#.XdC3PPkzbIU(17 November, 2019)

Anonim,h (2014). Phaius tancarvilleae. [Online]. Acsses in https://www.cabi.org/isc/datasheet/119077 (17 November 2019)

Phalaenopsis amabilis L. Blume [Online]. Acsses in https://powoscience.kew.org/taxon/urn:lsid:ipni.org:names:650501-1 (5 Desember, 2019)

Spathoglottis spp. Blume [Online] acses in
https://goorchids.northamericanorchidcenter.org/species/spathoglottis/plicata/ (5 Desember,2019)

Averrhoa bilimbi [Online]. Acses in http://www.google.com/url?sa=t&source=web&rct=j&url=http://www.worldagroforestry.org/treedb/AFTPDFS/Averrhoa_bilimbi.PDF&ved=2ahUKEwiIzt22p5TmAhVTJHIKHeqpCa0QFjADegQIBhAB&usg=AOvVaw3vMCWjGBgxu6dP_U47IE0r 2009https://hort.purdue.edu/newcrop/morton/bilimbi.html (5 Desember, 2019)

Averrhoa carambola [Online] acses in http://hort.purdue.edu/newcrop/morton/carambola.html (5 Desember,2019)

Oxalis corniculata [Online] acses in //www.cabi.org/isc/datasheet/38154 (5 Desember, 2019)

Hi I'm Rina, I'm a student at an Indonesian University of Education (UPI) majoring in biology education UPI is a niversity in Bandung, Indonesia. This paper was made as a task of the biodiversity informatics course that aims to record plants that are in UPI and provide information related to these plants, hopefully with this paper can add insight to readers and motivate readers to preserve and care more for plants in Indonesia.

Oxalidaceae

                            (Cronquist,1981)
Herb, often with tubers or bulbs, or sometimes half-shrubs or shrubs, rarely (Averrhoa and Sarcothea) small trees, commonly accumulating both soluble and crystalline oxalates, generally with scatterred tannifer our secretory cella and accumulating proanthocyanins, but without ellagic Avid and only seldom cyanogenic, nodes ttilacunar, stem on herbs with a ring of vascular bundles sometimes becoming connected by the activity of an interfascicular cambium, vessel-segments with simple perforations, in Woody forms the imperforate tracheary elements septate and with simple pita, the raya uniseriate, heterocellular and scanty. Leaves alternante, palmately or pinnately compoud or often trifoliolate, sometimes unifoliolate, often exhibiting sleep- movements, with the leaflets folder at night, stomates paracytic, mesophyll, at least in oxalis, commonly with scatterred secretory cavities containing red or brown substances, petiole commonly with a ring of vascular bundles, stipules usually wanting. Flower in axillary, often pedunculate, cymose inflorescences that maybe reduced to a single flower, perfect, hypogynous, regular, pentamerous, mostly showing trimorphic heterostyly, sometimes some of them cleistogamous and apetalous, sepal 5, distinct, imbricate, petals 5 convolute or seldom imbricate, distinct or sometimes slightly connate at the base, stamens generally 10, more or less distinctly bicyclic, with the outer filaments shorter and antepetalous, the filaments all connate at the base, sometimes 5 of them without anthers, rarely the stament 15 on 3 series, nectary-disk wanting, but often the outer filaments thickened and nectariferous below, or a nectary-gland borne at the outer base of the antepetalous staments, anthers tetrasporangiate and dithecal, opening by longitudinal slits, pollen grains binucleate or seldom trinucleate, commonly tricolpate or tricolporate, gynoecium of 5 carpels united to form a compoud, plurilocular ovary with axile placentas and distinct, persistent styles, rarely with a single style, stigmas commonly capitate or punctate, sometimes bilobed, ovules (1) 2- several in each locule, epitropous and more or less pendulous, with the micropyle directed outward and upward, anatropous or sometimes hemitropous, bitegmic, tenuinucellar, endosperm-development nuclear, fruit a loculicidal capsule, or rarely (Averrhoa) a berry, seeds commonly with a Basal aril that serves in their expulsion from the capsule, embryo large, sraight, spatulate, with 2 cotyledons, embedded in the usually copious, oily fleshy endosperm. The family oxalidaceae consists of 7 or 8 genera and about 900 species.

Oleaceae

                                 (Cronquist,1981)
Trees or shrubs, sometimes climbing, mostly with unilacunar, 1-trace nodes, very often with peltate secretory trichomes, and sometimes with extrafloral nectaries composed of group of secretory hairs, plants commonly producing mannitol, iridoid compounds, and the phenolic glycosides orobanchin and syringin, but generally without alkaloids and not cyanogenic, sometimes with triterpenoid salonins or other triterpenoid compounds, and sometimes somewhat tanniferous, but lacking both ellagic acid and proanthocyanins, small crystals of calcium oxalate commonly found in some of the cells of the parenchymatous tissues, vessel-segments with simple perforations, or the seldom some of them with a few cross-bars, imperforate tracheary elements with simple to sometimes evidently bordered pits, occasionally septate, Wood -rays heterocellular to homocellular, mixed uniseriate and pluriseriate, the latter 2-4 (5) cells wide, with short ends, wood-parenchyma in most genera mainly paratrachel, but sometimes mainly apitracheal and diffuse, or wanting, internal phloem wanting, Cork arising superficially. Leaves opposite or rarely alternante, simple to pinnately compoud or trifoliolate or unifoliolate, often containing sclereids, stomates commonly anomocystic, petiole generally with an arcuate vascular strand, sometimes with smaller accessory lateral bundles, stipules wanting. Inflorescence fundamentally cymose, but often recemiform or paniculiform, or the flowers sometimes some or all of them unisexual. The family oleaceae consists of some 30 genera and 600 species 

Orchidaceae

                               (Cronquist, 1981)
Strongly mycotrophic, terrestrial or often epjphytic perennial herbs, sometimes climbing, usually green and photosynthetic, but some terrestrial Soo. Without chlorophyll, and 3 Australian Soo. Wholly subterranean, plants apparently always with raphides on some of the cells, and often with mucilage-cells, commonly with crassulacean acid metabolism, and often producing one or another sort of alkaoid, but only occasionally saponiferous or some what tanniferous, and not cyanogenic, vegetative organs commonly storing starch, the grains sometimes compoud, vessels with scalariform or simple perforations, often present in the roots, seldom also on the stems, rarely even in the leaves, plastids of the sieve-tubes with cuneate proteinaceous inclusions, epjphytic Spp. With modified serial roots, the epidermis proliferated into a spongy, water absorbing velamen usuallys several cells thick, stem-base especially on epiphytic spp. Often thickened to form a pseudobulb, but terrestrial spp. Commonly rhizomatous or with secondary growth. leaves alternante (sometimes distichous) or seldom opposite or whorled, sometimes all Basal, or reduced to mere scales, simple and entire, variously convolute or conduplicate in aestuvation, parallel-veined often somewhat fleshy, sheathing at the base, the sheath nearly always closed, stomates paracytic or less often anomocystic, seldom tetracytic. Flower borne in racemes, spikes, or panicles, generally individually subtended by a bract, or sometimes solitary on the leaf-axils or on a scape, perfect or seldom unisexual,epigynous, commonly but not always resupinate, usually very strongly irregular and bilaterally symmetrical, but virtually regular in the Apostasioideae, perianth typically of 6 tepals in 2 series, all petaloid, or the sepals sometimes Greener and more foliaceous in texture, sepals all alike, or the median one somewhat unlike  the other two on form or color, or two or all three sepals connate. The family Orchidaceae as here broadly defined consist of up to 1000 genera and 15-20.000 species 

Ochnaceae

                              (Cronquist, 1981)
Trees, shrubs, or rarely herbs, most species glabrous, often producing proanthocyanins, but lacking ellagic acid and usually lacking mucilagesacs and channels , clustered crystals of calcium oxalate commonly presents in some  of the cells of the parenchymatous tissues, young stem ordinarily with cortical vascular bundles and sometimes with medullary bundles as well, nodes trilacunar or multilacunar, vessel segments with simple or occasionally both simple or bordered pits, sometimes some of them septate, some vasicentris tracheids sometimes present, wood-rays of diverse types, mostly hererocellular, usually only a few of them uniseriate, the others 2-4 (-8) seriate, wood-parenchyma sparse to abundant, variously distributed. Leaves evergreen, alternate, mostly simple, rarely pinnately compoud, usually with numerous parallel lateral veins, but the veins fewer in. Epidermis commonly with some mucilage-cells, stomates paracytic or sometimes anomocystic, petiolar vascular supply usually forming a siphonistele, stipule present. Flowers in terminal panicles, or in various other sorts of inflorescences, perfect, mostly regular or nearly so, but in Lophira with 2 of the sepals notably accrescent in fruit. The family Ochnaceae as here broadly defined consists of about 30 genera and 400 species.

My Contact

you can contact me with email
sumarnirina4@gmail.com 
😃😉 
thankyou