Assessing the viability of utilizing sweet basil seeds (ocimum basilicum) and waste paper as eco-friendly plantable paper / by Baby Angel S. Cañete, Seysha Kashie R. Librando, Mikaela Estelle L. Limpag, and Courtney Kate L. Paqueo.
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TextPublisher: Banilad, Cebu City, Philippines : University of Cebu-Banilad, c2025Description: x, 74 pages : colored illustrations ; 28 cmContent type: text Media type: unmediated Carrier type: volume Subject(s): Plantable seed paper | Plantable paper | Sweet basil | Seeds | Waste paper | Ocimum basilicumSummary: "Paper is an important part of our history and culture. It has long been vital for communication, education, and documentation, serving as a means to preserve knowledge. However, it also contributes significantly to waste, leading to environmental pollution and health hazards. This study aims to address this issue by exploring plantable seed paper, made from recycled waste paper pulp with embedded seeds. As the paper decomposes in soil, the seeds germinate, offering a sustainable alternative to conventional paper products. To support this research, the study employs observational methods to gather data. The researchers analyzed the data using the One-Way ANOVA Test. The results suggest that the water absorption and tensile strength of plantable seed paper do not differ significantly from commercially available paper. Similarly, the germination rates of the plantable paper, both indoors and outdoors, show no significant difference." --Abstract
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Junior High School Library Periodicals Index | T C11as 2025 (Browse shelf) | Not for loan |
"Paper is an important part of our history and culture. It has long been vital for communication, education, and documentation, serving as a means to preserve knowledge. However, it also contributes significantly to waste, leading to environmental pollution and health hazards. This study aims to address this issue by exploring plantable seed paper, made from recycled waste paper pulp with embedded seeds. As the paper decomposes in soil, the seeds germinate, offering a sustainable alternative to conventional paper products. To support this research, the study employs observational methods to gather data. The researchers analyzed the data using the One-Way ANOVA Test. The results suggest that the water absorption and tensile strength of plantable seed paper do not differ significantly from commercially available paper. Similarly, the germination rates of the plantable paper, both indoors and outdoors, show no significant difference." --Abstract
Adolescent
Junrel Capuno Junior High School Research
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