{"title":"IDENTIFIKASI BIOTA GUA MENGGUNAKAN FOTOGRAFI DENGAN TEKNIK HIGH KEY","authors":"Akhmad Zona Adiardi","doi":"10.24821/specta.v7i2.10973","DOIUrl":null,"url":null,"abstract":"Identification of Cave Biota Using High Key Technique Photography. Photography is recording reflected images produced from objects illuminated by light through a device called a camera. According to Ben, (Ben Brain 2012) Photography using the high key technique is a photo that is dominated by white. High key has a function to simplify the background, making the observation/identification process easier. Cave biota is important to discuss because it functions as an indicator of biodiversity and ecosystem balance in caves. According to Cahyo (Cahyo R. 2021) Cave biota experiences physiological and morphological adaptations due to having to survive in the unique conditions and environment of caves. These forms of adaptation are regressive and progressive. Progressive adaptations include: eyes that become smaller or disappear altogether, loss of body pigment, loss of wings in several groups of insects; regressive adaptations in the form of: elongated antenne or legs and increased sense of taste such as the number and/or fine hairs on the surface of the body, trichobothria. This journal discusses how to carry out practical photography that will be used as a medium for identifying biota, including the techniques used, equipment and methods. The methods for this research were collecting cave’s biota samples, conducting photography practice, and making identification. Then, photos of cave biota were identified using a determination book and described according to the taxonomy of each type.","PeriodicalId":33910,"journal":{"name":"Specta","volume":"48 9","pages":""},"PeriodicalIF":0.0000,"publicationDate":"2023-11-30","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":null,"platform":"Semanticscholar","paperid":null,"PeriodicalName":"Specta","FirstCategoryId":"1085","ListUrlMain":"https://doi.org/10.24821/specta.v7i2.10973","RegionNum":0,"RegionCategory":null,"ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"","JCRName":"","Score":null,"Total":0}
引用次数: 0
Abstract
Identification of Cave Biota Using High Key Technique Photography. Photography is recording reflected images produced from objects illuminated by light through a device called a camera. According to Ben, (Ben Brain 2012) Photography using the high key technique is a photo that is dominated by white. High key has a function to simplify the background, making the observation/identification process easier. Cave biota is important to discuss because it functions as an indicator of biodiversity and ecosystem balance in caves. According to Cahyo (Cahyo R. 2021) Cave biota experiences physiological and morphological adaptations due to having to survive in the unique conditions and environment of caves. These forms of adaptation are regressive and progressive. Progressive adaptations include: eyes that become smaller or disappear altogether, loss of body pigment, loss of wings in several groups of insects; regressive adaptations in the form of: elongated antenne or legs and increased sense of taste such as the number and/or fine hairs on the surface of the body, trichobothria. This journal discusses how to carry out practical photography that will be used as a medium for identifying biota, including the techniques used, equipment and methods. The methods for this research were collecting cave’s biota samples, conducting photography practice, and making identification. Then, photos of cave biota were identified using a determination book and described according to the taxonomy of each type.
利用高调摄影技术识别洞穴生物群。摄影是通过一种称为照相机的设备记录物体在光线照射下产生的反射图像。根据 Ben 的说法(Ben Brain,2012 年),使用高调技术拍摄的照片以白色为主。高调的作用是简化背景,使观察/识别过程更加容易。洞穴生物群是洞穴生物多样性和生态系统平衡的重要指标,因此有必要对其进行讨论。根据 Cahyo(Cahyo R. 2021)的说法,洞穴生物群由于必须在洞穴的独特条件和环境中生存,会经历生理和形态适应。这些适应形式有渐退和渐进两种。渐进式适应包括:眼睛变小或完全消失、身体色素丧失、几类昆虫失去翅膀;后退式适应的形式包括:触角或腿变长、味觉增强,如身体表面细毛的数量和/或三毛。本日志讨论了如何进行实用摄影,将其作为识别生物群的媒介,包括使用的技术、设备和方法。本研究的方法是收集洞穴生物群样本、进行摄影实践和鉴定。然后,使用判定书对洞穴生物群的照片进行鉴定,并根据每种类型的分类进行描述。