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Journal : PENA SAINS

VISIBLE WAVELENGTH EFFECT ON TEMPERATURE CHANGE IN GREENHOUSE EFFECT: LABORATORY DESIGN Isnawati Isnawati; Siti Sriyati; Eka Cahya Prima; Riandi Riandi
JURNAL PENA SAINS Vol 11, No 1 (2024): Jurnal Pena Sains
Publisher : Program Studi Pendidikan IPA, Fakultas Ilmu Pendidikan, Universitas Trunojoyo Madura

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.21107/jps.v11i1.19973

Abstract

School internships typically adhere to a standard format, employing basic tools for educational purposes. Among these, the greenhouse effect modelling laboratory, traditionally conducted under direct sunlight, faces challenges due to the variability introduced by cloud cover. This variability limits the ability to study the influence of light wavelength on the greenhouse effect, an aspect not accounted for when using sunlight alone. This research aims to explore the impact of light wavelength on temperature changes within greenhouse effect models. In our methodology, we employed an experimental setup that simulated the greenhouse effect using artificial light sources of varying wavelengths: red (641 nm), orange (592 nm), yellow (586 nm), green (536 nm), and blue (474 nm). The experiment involved monitoring the temperature increase within the model greenhouse under each light condition, thereby isolating the effect of wavelength from other environmental variables. The results revealed a direct correlation between light wavelength and the rate of temperature increase in the greenhouse model. Specifically, longer wavelengths were associated with a quicker rise in temperature, highlighting the significant role of wavelength in the greenhouse effect's efficiency. This study underscores the necessity of incorporating wavelength considerations into greenhouse effect models, particularly in educational settings. By integrating such experiments into school curricula, students can gain a deeper, more nuanced understanding of the greenhouse effect, moving beyond the limitations of traditional sunlight-based experiments.
Co-Authors Abdullah, Lintang Khairana Abidah Abidah Ahmad Afandi Ajheng Triyuni Hariza Akhmad Gazali Al Misry Alfina Zahwa Animah Animah Annisa Salsabilla Albarad Aoda Rusdanillah Arwin Sanjaya Atim Febry Masula Berliana Oka Kirana Putri Cahyani, Lenny Indah Dalimo, Rahmayolanda Dian Puspitasari Dinik Rokhmatin Durroh Humairoh Eili Supriatin S.W Eka Cahya Prima Eko Budi Lelono Erika Maria Resi Erlix Rakhmad Purnama Erna Rahayu Evie Ratnasari Fadilla Kurniawati Fadya Artha Aristanova Faizin Nawarda Fajrul Falah Faradiba Widiasti Farahwati Farahwati Faris Nur Israri Fasya, Ni'ma Farida Febriati Astuti Fithriana, Dina Fitriari Izzatunnisa Muhaimin Fransiska Wulandari Gunung Setiadi Hanum Wahyuningtias Herlina Fitrihidajati I Gede Kusmayana Surya Aditya Imanuel Ruku Iva Khoirus Sa'idah Kardiman Khoirul Ummah Lisa Lisdiana Lolla Amelia Ainun Lukman Lukman Luqmanulhaqim Luqmanulhaqim M. Musthofa Mubarrok M. Thamrin Hidayat Mahanani Tri Asri Mauliana Mauliana Muhammad Irwan Setiawan Muhammad Sapii Harahap Muhammad Yusuf Muhsinin Muhsinin Mulya, Fajar Adi Nanik Indra Rukmana Nur Aini Anisa Nur Azizah Tohiroh Nur Farida Osi Kusumawati Kusumawati Patria, Sylva Pinkan, Ladyqia Cintana Puspitasari, Yasmine Ragu Harming Kristina Raharjo Raharjo Reni Ambarwati Riandi Riandi Rianti, Noni Rifaldi Rifaldi Rohman, Fatkhur RR. Ella Evrita Hestiandari S. Roy Hendrayanto Safitri, Imilda Saiful Akhyar Lubis Sandra As'ari SARI KUSUMA DEWI Siti Sriyati Sukardin, Sukardin Sulastri Putri Susidamaiyanti Susidamaiyanti Thaibah, Noor Titik Respati Tiy Kusmarabbi Karo Wahyu Utami Wanti Wanti Wediawati, Tuti Widia Widia Yolanda Ayu Pratiwi Yusmani Prayogo Zairin Zairin