The Heosemys Spinosa Monitoring Model in Conservation Areas As the Conservation Practicum for Postgraduate Science Education in Bengkulu University
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Advances in Social Science, Education and Humanities Research, Series Volume Number 532 Proceedings of the International Conference on Educational Sciences and Teacher Profession (ICETeP 2020) The Heosemys Spinosa Monitoring Model in Conservation Areas as the Conservation Practicum for Postgraduate Science Education in Bengkulu University Bhakti Karyadi*, Aceng Ruyani, Agus Sundaryono, Deni Parlidungan and Pani Aswin Graduate School of Science Education, University of Bengkulu *Corresponding author. Email: [email protected] ABSTRACT This study aims to develop a Heosemys Spinosa monitoring model to assist practicum activities on Conservation Education material. This type of research is a development to produce a turtle monitoring model in practical activities. The research location was conducted in the turtle conservation area of Bengkulu University. The research data were collected using survey techniques, observation and documentation. The instruments used include questionnaire sheets, observation sheets. The results of this study were a turtle monitoring model which consisted of four stages, namely (a) orientation by observing the location, tools and animals of the turtles; (b) exploration with turtle monitoring activities; (c) Interpretation through data analysis and verification; (d) translation, namely data visualization and mapping. Based on the research results, monitoring of Heosemys spinosa turtles can be used as material for conservation practice activities for postgraduate education at the University of Bengkulu. Keywords: Heosemys spinosa, Monitoring model, Conservation practicum. 1. INTRODUCTION from their sharp, pointed carapace at the marginal parts Turtles are a type of wildlife in biodiversity in and small spines on the pleural scutes when they are still Indonesia, of which at least 39 species exist in Indonesia young but disappear when growing up. The distribution [1] In recent years, the demand for tortoises has area of turtle are Sumatra, Kalimantan, and small islands increased, especially from China, Europe and the United around it including the Bangka Belitung, Riau, Natuna, States, both as pets and exotic foodstuffs [1] This of and several other islands in Nias. The International course can be a threat to its sustainability in nature. The Union for Conservation of Nature (IUCN) lists H. most real threat to the natural population of turtles in spinosa which is stated in the red list with the critical Indonesia is hunting for trade and habitat destruction. category as Endangered, the status of the Convention on Bengkulu Province has several types of turtles International Trade In Endangered Species (CITES), that are scattered in almost all areas, especially those namely: Appendix II (a status that states animals). The with fresh and terrestrial habitats. Distribution of population of H. spinosa in Bengkulu province is quite freshwater and terrestrial turtles are found in Bengkulu alarming, animals are rarely found in their natural Utara, Kepahiang, South Bengkulu, Seluma, and habitat [3]. This scarcity is due to the expansion of Mukomuko districts. In North Bengkulu district, there plantation land, pollution, and chemical waste from palm are four types of turtles, namely Notochelys Platinota, oil mills [2]. Without conservation efforts and laws that Cyclemys oldhamii, Cuora amboinensis, and Dogonia protect, it is possible that H. spinosa is increasingly suplana. In Kepahiang district, there are four types of under threat. tortoises, namely C.oldhamii, Siebenrockiella The University of Bengkulu (UNIB) is the only crassicollis, Dogonia suplana, and Amyda cartilagenia. campus in Bengkulu that has a turtle conservation In Seluma district there are six types of turtles, namely program with the "UNIB Campus a Safe Home For C.oldhamii, Heosemys spinosa, Cuora amboinensis, Turtles" program to support and make the UNIB campus Notochelys platynota, Monouria emys, and Dogonia a green and "safe home" for the development of turtle suplana. In Mukomuko district, seven types of turtles species. Monitoring the growth of H. spinosa while in were found consisting of Cuora amboinensis, the ex situ conservation area of Taman Pintar can help C.oldhamii, Notochelys platinota, Dogonia suplana, identify the presence of H. spinosa which is affected by Heosemys spinosa, Monouria emys, and Pelochelys disease, increase in size, death, and even the possibility cantorii [2]. of finding new individuals as a result of breeding that One of the turtles that needs attention is the occurs naturally in the conservation area. In addition to Turtle Tortoise (Heosemys spinosa). Native Indonesian monitoring growth and reproduction, it is also very animals that have unique characteristics can be seen important to know the home range of H. spinosa in the Copyright © 2021 The Authors. Published by Atlantis Press SARL. This is an open access article distributed under the CC BY-NC 4.0 license -http://creativecommons.org/licenses/by-nc/4.0/. 103 Advances in Social Science, Education and Humanities Research, Series Volume Number 532 conservation area so as to know the condition of the based on the equipment used. The second meeting H.spinosa microhabitat. H.spinosa Tortoise Monitoring analyzed monitoring data regarding the biological Technique can be carried out in an integrated manner in conditions and home range of H.spinosa. The results and conservation practicum activities for UNIB students. the monitoring process of H.spinosa in the conservation The use of the conservation area as a place of area are presented in the form of a video as a practical preservation and learning resources is continuously model for monitoring H.spinosa turtles. carried out in a structured manner through academic The result of development was analyzed activities, both lectures and researches. The practicum descriptively by looking at the achievement of student model integrated in the "UNIB Campus a Safe Home For performance in practicum activities. The findings in Turtles" program in conservation activities needs to be practicum activities were used as material evaluation and continuously developed to find a more effective and revisions to the H.spinosa monitoring practicum model efficient model. The practicum model is expected to in the conservation area. increase students 'skills in turtle monitoring technique activities and build students' awareness of the importance of maintaining the sustainability of natural resources for future interests. Figure 2. Turtle Monitoring Model 3. RESULTS AND DISCCUSION 3.1 Conservation Area The ex-situ conservation area for Sumatran Figure 1. Turtle Learning Center turtles has been developed since 2013 by the Master of Education Study Program with the support of the FKIP 2. RESEARCH METHODS Dean and the Chancellor of UNIB. Conservation of the The research was conducted from July to types of Sumatran turtles released in this area are the November 2020, taking place in the ex situ conservation Broken Dada turtle (Cyclemys oldhamii), the Batok area of the UNIB Sumatran turtle. The development of turtle (Coura amboinensis), and the White Cheek turtle the practicum model refers to the 4-D development (Siebenrockiella crassicollis), Baning turtle (Manouria model which consists of 4 stages, namely Define, emys), and Duri ( Heosemys spinosa). Several types of Design, Develop, and Disseminate [5] The research animals that are often found in conservation areas, the subjects involved 12 students of the S1 science education diversity of animals and plants in conservation areas and study program, FKIP UNIB. the completeness of field tools (practicum) that are The research began with a step in analyzing the available greatly support the environment-based learning syllabus of the conservation education course and process in the conservation area. Based on a study practicum material related to that course. The step was conducted, the ecosystem environment in the done by observing the environmental conditions of the conservation area is quite supportive for conservation conservation area and the population of H. spinosa practicum activities for students. In the conservation area turtles in the conservation area. The next step was s there is also the location of the Sumatran Turtle designing a strategy for implementing turtle monitoring Conservation Study Center, this location as a collection practicum in the conservation area and developing of several types of Sumatran turtles. The description of monitoring working procedures based on the tools used. the location conservation area which is the source of The next step is the design of work models and learning in this study is as follow us. This monitoring procedures that have been designed to be implemented in model is the theory and practice of observing turtles in practicum activities for students of the Science the ex-situ conservation area of the Sumatran turtle Education study program. Implementation was carried species found on the campus of the University of out through 3 meetings, the first meeting, conducting Bengkulu (UNIB). The monitoring model was developed environmental orientation in the conservation area and in conservation education lectures in the S1 and S2 introducing H. spinosa tortoises and work procedures Science Education study programs, FKIP UNIB. 104 Advances in Social Science, Education and Humanities Research, Series Volume Number 532 Table 1. The phase of activities in this study Phase Description Image The orientation phase is environmental initiation, which is the