The development of information technology is currently causing increase fierce competition between industries. The competition has an impact on the development of the micro small and medium business sector (MSME). The MSMEs sector are often less aware on the importance of information technology in this case the use of online trading system (e-commerce) which used to increase the scope of product sales and can speed up existing business processes. Especially MSMEs in Malang District are limited to self-taught sales without using information technology support. This has an impact on the products sold that are not widely known by the public in general which causes MSME revenues to tend to be low. Therefore, in this study trying to design an e-commerce application that aims to increase the income of Micro Small Medium Enterprises in Malang Districts.

Technology developments that have entered the Society 5.0 era encourage organizations to accelerate the digital transformation process, also encourage MGBK SMA Malang City to develop a website portal to facilitate the organization's business processes in providing a broad impact on the organization. However, the obstacle that often arises in making websites is the incompatibility of the interface with the wishes of the user. Therefore, this study using a usercentered design method to suit the needs of users and organizations. This study indicates that the use of user-centered design methods serves to improve the fit between user needs and the organization's business processes.

PT. Astra International continues to develop into one of the leading group of companies in Indonesia. Currenty its manages six core business namely, automotive, financial, services, heavy equipment, mining, agro-business, infrastructure, logistics, and information techonology. In its operations can bring various impact on enviroment quality, such as the avalaibility of natural resources (water, energy and materials), waste generated in the form of solid, fluid, and air. Therefore ESR Division carry out an assessment of the subsidiary programs to minimize the impact. In this research using SAW method to support the decision making of individual decision, and Borda method to support the group decision making and to determine AGC Award recipient. The decision support system model proposed in this study has proven to solve problems that require individual or group decision-making processes. Abstrak  PT. Astra International terus berkembang menjadi salah satu grup perusahaan terkemuka di Indonesia. Saat ini PT. Astra International bergerak di enam lini bisnis utama yaitu otomotif, jasa keuangan, alat berat dan pertambangan, agribisnis, infrastruktur dan logistik, dan teknologi informasi. Dalam menjalankan operasional perusahaan seringkali memiliki dampak terhadap lingkungan hidup, seperti contoh ketersediaan sumber daya alam (air, energi, material), limbah yang dihasilkan (air, udara, dan padat). Oleh karena itu Divisi ESR melaksanakan program penilaian terhadap anak perusahaan guna mengurangi dampak tersebut. Pada penelitian ini menggunakan metode SAW untuk menunjang pengambilan keputusan individu, dan metode Borda digunakan untuk menunjang proses pengambilan keputusan kelompok. Model sistem pendukung keputusan yang diusulkan dalam penelitian ini terbukti dapat menyelesaikan permasalahan yang membutuhkan proses pengambilan keputusan individu maupun kelompok.

Abstract. Tirtana A, Purwoko BP, Dewi IS, Trikoesoemaningtyas. 2021. Selection of upland rice lines in advanced yield trials and response to abiotic stress. Biodiversitas 22: 4694-4703. Breeding programs to obtain superior upland rice varieties with high productivity and adaptive in dryland must be prioritized to maximize the potential of dryland. This research aimed to obtain information on the agronomic performance of upland rice lines in advanced yield trials and select the best lines with high productivity and tolerance to drought stress and aluminum toxicity. Advanced yield trials were conducted from November 2016 until March 2017 in Bogor and Sukabumi using a randomized complete block design, where three replications were nested in the environments. Aluminum and drought stress evaluations were conducted at Muara Research Station, Bogor, in May-June 2018 and September-October 2018. Based on the selection index, twelve lines were selected with superior agronomic characters and high yield potential. These lines had characteristics as follows: days to harvesting (110.2-116.0 days), number of filled grains (70.6-101.3 grains), number of unfilled grains (27.9-58.4 grains), and productivity (2.2-2.9 tons ha-1). Evaluation of drought tolerance showed four lines with better drought tolerance than the drought-sensitive check IR20. The aluminum tolerance evaluation obtained two tolerant lines and nine lines with moderate responses to aluminum toxicity. The selected lines need to be further evaluated in multilocation trials.

Zoonosis adalah penyakit atau infeksi yang diderita oleh hewan dan secara alamiah ditularkan di antara hewan vertebrata dan manusia. Berkembangnya zoonosis dalam beberapa tahun terakhir menjadi tanda bertambahnya ancaman penyakit yang mematikan bagi manusia yang ditularkan oleh hewan. Sampai saat ini, terdapat tidak kurang dari 300 penyakit hewan yang dapat menulari manusia. Populasi kucing peliharaan di Indonesia berkisar 15 juta ekor dan termasuk peringkat kedua peningkatan jumlah populasinya sedunia sebesar 66% [1]. Namun hal ini tidak diimbangi dengan pengetahuan pemeliharanya dan ketersediaan dokter hewan yang mencukupi. Tujuan penelitian ini adalah untuk membantu para pemilik hewan peliharaan khususnya kucing untuk dapat mengetahui lebih awal tentang penyakit yang mungkin menyerang kucing mereka melalui gejala-gejala yang timbul. Dalam pengembangannya, sistem ini memperoleh data dari seorang pakar dokter hewan di Kota Malang dimana terdapat 16 penyakit yang dapat didiagnosa oleh sistem dengan 61 gejala yang ada. Pengembangan sistem ini dimulai dari studi literatur, pengumpulan data, analisis data, perancangan sistem, hingga proses implementasi sistem dan pengujian validitas. Dari rangkaian penelitian di atas, diperoleh tingkat keakuratan sistem yang mencapai 90% yang berarti sistem sudah dapat mendiagnosa penyakit kucing berdasarkan gejala dengan baik dan sesuai dengan tujuan penelitian.