智能手机微距镜头设置(SPMLS):为业余分类学家,生物多样性研究人员和公民爱好者提供的低成本便携式摄影设备

Muzafar Riyaz, Savarimuthu Ignacimuthu
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摘要

在当今科技进步的时代,人们对智能手机的使用有了大规模的发展。摄像头是智能手机的重要工具,内置摄像头的质量因像素而异。摄影和录像的质量可以通过使用微距镜头来提高,这种镜头可以为记录和监测大型生物,特别是昆虫提供精确和高质量的照片。我们使用了智能手机微距镜头设置(SPMLS),包括一个红米Note 8 Pro和一个Skyvik Signi-20毫米镜头,以及用于图像处理的Snapseed。SPMLS耗资217美元,于2021年5月至10月在克什米尔Hirpora野生动物保护区用于昆虫多样性记录。本研究的目的是介绍和展示SPMLS作为一种可负担得起的便携式摄影解决方案的效用,以提高生物多样性文献的图像质量,使其可供广泛的用户使用。在本研究中,我们报告了一种使用智能手机和微距镜头(SPMLS)的设备,这是一种便携式和低成本的摄影设备,适用于研究人员、摄影师、公民爱好者和普通公众,他们无法购买高端和昂贵的摄影设备进行实地生物多样性研究。SPMLS的应用大大提高了图像分辨率和像素密度,从而大大提高了整体摄影质量,显示了其巨大的科学实用性。结论本研究提出的SPMLS装置可为全球从事动植物物种多样性监测和保护的科研人员、科研人员、学生、市民爱好者和普通民众提供参考。此外,本文的后期摄影部分还为用户提供了在不同平台上对照片进行编辑、处理、上传和营销的展望。
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Smart phone-macro lens setup (SPMLS): a low-cost and portable photography device for amateur taxonomists, biodiversity researchers, and citizen enthusiasts
Abstract Background In the present era of scientific and technological advancements, the use of smartphones among people has witnessed a large-scale progression. The camera serves as an important tool on smartphones, and the quality of the built-in camera varies with megapixels. The quality of photography and videography can be enhanced by employing macro lenses that can provide precise and high-quality photographs for the documentation and monitoring of macroorganisms, particularly insects. We used a smartphone-macro lens setup (SPMLS), comprising a Redmi Note 8 Pro and Skyvik Signi-20 mm lens, along with Snapseed for image processing. The SPMLS, costing USD 217, was employed in the Hirpora Wildlife Sanctuary, Kashmir, during May to October 2021 for insect diversity documentation. The aim of this study is to introduce and demonstrate the utility of SPMLS as an affordable and portable photography solution for enhancing image quality in biodiversity documentation, making it accessible to a wide range of users. Results In this study, we report a device that uses a smartphone and macro lens (SPMLS), which is a portable and low-cost photography gear for researchers, photographers, citizen enthusiasts, and the general public who are not able to buy high-end and costly photography equipment for field-based biodiversity studies. The utilization of SPMLS has significantly augmented the image resolution and pixel density, thereby substantially enhancing the overall photographic quality, demonstrating its substantial scientific utility. Conclusions The SPMLS device presented in this study can be useful for researchers, scientists, students, citizen enthusiasts, and common people that are engaged in the biodiversity monitoring and conservation of animal and plant species across the globe. In addition, the post-photography part of this paper provides users with an outlook on image editing, processing, uploading, and marketing of photographs on different platforms.
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