Talahib (Saccharum Spontaneum Linn.) as a Biodegradable Cup

Franchesca Angel Marie Tus; Mary Criss Tus; Krishia Alleyson Peralta; Ruth Ann Bitos; Mary Jane Tolentino; Kathryn Jean Crisostomo; Sarah Grace Cabug; Andrea Jan Manaloto; Krystle Marie Compuesto; Jhoselle Tus; Francis Rayo

doi:10.5281/zenodo.14002868

Research Article

Talahib (Saccharum Spontaneum Linn.) as a Biodegradable Cup

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Franchesca Angel Marie Tus , Mary Criss Tus , Krishia Alleyson Peralta , Ruth Ann Bitos , Mary Jane Tolentino , Kathryn Jean Crisostomo , Sarah Grace Cabug , Andrea Jan Manaloto , Krystle Marie Compuesto , Jhoselle Tus , Francis Rayo

J Adv Stud Life Scie, 2024, 1 (1), 53-56, DOI: https://doi.org/10.5281/zenodo.14002868, ISSN 3062-312X

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Abstract

Disposable cups produce a substantial quantity of refuse, presenting environmental difficulties. This study explores the capacity of talahib (Saccharum spontaneum Linn.), a rapidly growing grass found in the Philippines, to be used as a material for biodegradable cups. The study will investigate the physical and chemical characteristics of talahib (Saccharum spontaneum Linn.) to determine its suitability for use in cups. Subsequently, it will devise a methodology to fabricate utilitarian and long-lasting cups using talahib. The rate at which the designed cups break down naturally will be evaluated, and a comprehensive analysis of their whole life cycle will be performed to compare their impact on the environment with that of traditional throwaway cups. The objective of this study is to assess the viability of utilizing talahib as a sustainable and environmentally beneficial substitute for disposable cups, to encourage waste reduction and foster environmental stewardship.

Keywords saccharum spontaneum linn. biodegradable cup waste reduction cup environmental difficulties

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Holder	Wallet	Tokens
SciMatic	`0xc35709…277732`	100,000 (10%)
Franchesca Angel Marie Tus	`0x2d750F…114ADc`	81,820 (8.18%)
Mary Criss Tus	`0x2A5381…6fEC32`	81,818 (8.18%)
Krishia Alleyson Peralta	`0x042992…094F9b`	81,818 (8.18%)
Ruth Ann Bitos	`0x274E2C…f39e6A`	81,818 (8.18%)
Mary Jane Tolentino	`0x2De20A…0Ae046`	81,818 (8.18%)
Kathryn Jean Crisostomo	`0x340F03…65149E`	81,818 (8.18%)
Sarah Grace Cabug	`0x73D850…68149B`	81,818 (8.18%)
Andrea Jan Manaloto	`0xAaD816…8FFd89`	81,818 (8.18%)
Krystle Marie Compuesto	`0x11C388…23B7E1`	81,818 (8.18%)
Jhoselle Tus	`0x92AB5B…AD6C02`	81,818 (8.18%)
Francis Rayo	`0xbAaBe7…c33EAc`	81,818 (8.18%)

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Bibliographic Information

Franchesca Angel Marie Tus, Mary Criss Tus, Krishia Alleyson Peralta, Ruth Ann Bitos, Mary Jane Tolentino, Kathryn Jean Crisostomo, Sarah Grace Cabug, Andrea Jan Manaloto, Krystle Marie Compuesto, Jhoselle Tus, Francis Rayo, (2024). Talahib (Saccharum Spontaneum Linn.) as a Biodegradable Cup, Journal of Advanced Studies in Life Sciences, 1(1): 53-56

Bibtex Citation


                        
            @article{franchesca_angel_marie_tus2024jasls,

                author       = {Franchesca Angel Marie Tus and Mary Criss Tus and Krishia Alleyson Peralta and Ruth Ann Bitos and Mary Jane Tolentino and Kathryn Jean Crisostomo and Sarah Grace Cabug and Andrea Jan Manaloto and Krystle Marie Compuesto and Jhoselle Tus and Francis Rayo},

                title        = {Talahib (Saccharum Spontaneum Linn.) as a Biodegradable Cup},

                journal      = {Journal of Advanced Studies in Life Sciences},

                year         = {2024},

                volume       = {1},

                number       = {1},

                pages        = {53-56},

                doi          = {10.5281/zenodo.14002868},

                url          = {https://scimatic.org/show_manuscript/3886}

              }

APA Citation

Tus, F.A.M., Tus, M.C., Peralta, K.A., Bitos, R.A., Tolentino, M.J., Crisostomo, K.J., Cabug, S.G., Manaloto, A.J., Compuesto, K.M., Tus, J., Rayo, F., (2024). Talahib (Saccharum Spontaneum Linn.) as a Biodegradable Cup. Journal of Advanced Studies in Life Sciences, 1(1), 53-56. https://doi.org/10.5281/zenodo.14002868

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Talahib (Saccharum Spontaneum Linn.) as a Biodegradable Cup

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