Judul: Strategi Pengembangan Gerakan Green Waqf di Indonesia
Abstrak: Program penanaman Tamanu oleh WaCIDS pada 2021 muncul sebagai respons terhadap masalah kemandirian energi dan krisis ekologi di Indonesia. Tujuan penelitian ini adalah mengidentifikasi aspek kekuatan, kelemahan, peluang, dan ancaman serta merumuskan strategi pengembangan green waqf di Indonesia. Metode penelitian ini adalah Analytical Network Process – Strengths, Weaknesses, Opportunities, and Threats (ANP – SWOT). Hasil menunjukkan bahwa kekuatan menjadi prioritas utama. Variabel kekuatan, kelemahan, peluang, dan ancaman yang paling berpengaruh yaitu berkonsep irisan di mana program penanaman Tamanu bisa menjadi solusi untuk perbaikan lingkungan dan mendorong kemandirian energi, WaCIDS belum memiliki sumber pendanaan untuk mendanai project dan pengembangan program penanaman Tamanu, Indonesia memiliki sektor keuangan sosial Islam paling dinamis di dunia, serta rendahnya tingkat literasi masyarakat terkait wakaf dan urgensinya yang mencakup isu global terkait lingkungan dan energi terbarukan. Strategi yang direkomendasikan adalah WaCIDS bersinergi dengan penggiat wakaf, aktivis lingkungan, dan penggiat Energi Baru dan Terbarukan (EBT).
Keyword: ANP-SWOT, green waqf, strategy, Tamanu, WaCIDS

Judul: Green Waqf Development Strategy for Protecting Indonesian Land Ecosystem: An ISM Approach
Abstrak: Permasalahan ekosistem darat di Indonesia salah satunya ialah adanya 14 juta lahan kritis melatarbelakangi terbentuknya Green Waqf di Indonesia pada 2021. Penelitian ini bertujuan mendeskripsikan program Green Waqf, mengidentifikasi dan menganalisis sub-elemen kunci strategi pengembangan Green Waqf dalam menjaga ekosistem darat di Indonesia melalui pendekatan Interpretive Structural Modeling. Hasil penelitian menunjukkan bahwa Green Waqf merupakan konteks baru di Indonesia dimana pemanfaatan wakaf sejalan dengan SDGs 13, 15 dan dalam jangka panjang dapat mencapai SDGs 7. Green Waqf merupakan salah satu proyek yang mendukung Green Finance dan Green Economy, sehingga diperlukan strategi untuk pengembangannya di Indonesia. Strategi yang diusulkan dalam penelitian ini adalah adanya payung hukum Green Waqf yang menjadi fondasi kuat pengembangan Green Waqf di Indonesia serta keterlibatan aktif dan koordinasi baik regulator, praktisi, dan akademisi dalam Green Waqf Framework di Indonesia., There are 14 million critical lands required for the establishment of Green Waqf in Indonesia in 2021. Through the use of Interpretive Structural Modeling, this study intends to characterize the Green Waqf program in Indonesia, identify and analyze essential sub-elements of the Green Waqf development strategy in managing terrestrial ecosystems in Indonesia. The results show that Green Waqf is a new context in Indonesia where the use of waqf is in line with the goals of SDGs 13, SDGs 15 and in the long term can achieve SDGs 7. Green Waqf is also one of the projects that supports Green Finance and Green Economy, so a strategy is needed for its development in Indonesia. As a firm foundation for the development of Green Waqf in Indonesia, the strategy put out in this study is the existence of a legislative framework for Green Waqf as well as the active participation and coordination of regulators, practitioners, and academics in the Green Waqf Framework in Indonesia.
Keyword: Climate action, green waqf, life on land, SDGs, ISM

Judul: Characterizations of low alloy steel sae 4422  plated with chromic acid (Cro3)
Abstrak: Characterizations of low alloy steel SAE 4422 plated with chromic acid (CrOrO3) was use Optical Microscopy (OM), Scanning Electron Microscopy (SEM), X-Ray Diffraction (XRD), RD),Energy Dispersive Analysis of X-Ray (EDAX), Hardness Test and Roughness Test. Microstructures analysis exhibits cracks and grain boundaries microcracks as a characteristics of chrome metal found at plating metal. Perlite and Ferrite as grains of steel found at base metal with grain boundaries around it. Phase analysis of plating metal appropriate to chrome metal with lattice constant (a) is 2.559 Å and phase analysis of base metal appropriate to iron ferrite with lattice constant (a) is 3.318 Å. Both plating and base metal have cubic system. Chemical analysis of plating metal at surface section exhibits that cracks area have highest value of carbon element compare with grains and grains boundaries area. While chemical analysis of base metal at cross section exhibits that perlite have highest value of carbon element compare with ferrite and grain boundaries. The hardness value of plating metal at surface section and cross section are 753 and 637 VHN. While, the hardness value of base metal and interface area at cross section are 205 and 373 VHN. The roughness value at measurement points of chrome surface for as received sample are 0.445 μm. Observation used Optical Microscopy and Scanning Electron Microscopy exhibits surface irregularities combine to form surface texture of plating metal at surface section.
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