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"ABSTRAKAsas ekoregion ditetapkan oleh Undang- Undang Nomor 32 Tahun 2009 sebagaiparadigma perencanaan lingkungan hidup di Indonesia. Asas ekoregionmenegaskan bahwa perlindungan dan pengelolaan lingkungan hidup harusmemperhatikan karakteristik sumber daya alam, ekosistem, kondisi geografis,budaya masyarakat setempat dan kearifan lokal. Akan tetapi, asas ekoregion belumditerapkan di dalam penataan ruang sebagaimana penataan ruang merupakan bagiandari perlindungan dan pengelolaan lingkungan hidup. Tujuan dari penelitian iniadalah untuk menemukan bahwa belum terdapat kesesuaian/sinkronisasi asasekoregion sebagai paradigma perencanaan lingkungan hidup berdasarkan UU No.32/2009 dengan penataan ruang di Indonesia, sehingga prinsip pembangunanberkelanjutan belum terwujud. Berdasarkan hal tersebut, maka perlu diadakansinkronisasi antara perencanaan lingkungan hidup khususnya asas ekoregion didalam penataan ruang

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ABSTRACTEcoregion principle was established by Law No. 32 of 2009 as a paradigm ofenvironmental planning in Indonesia. Ecoregion principle affirms that theprotection and management of the environment, should pay attention to thecharacteristics of natural resources, ecosystems, geography, local culture and localwisdom. However, ecoregion principle has not implemented yet especially inspatial planning as it a part of environmental protection and management. Theobjective of this thesis is to find that there was no synchronization and conformitybetween ecoregion principle as a paradigm of environmental planning based onLaw No. 32 of 2009 related to spatial planning in Indonesia, so that sustainabledevelopment has not reached yet. This thesis give suggestions to afford thesynchronization between environmental planning, especially the ecoregionprinciple in the spatial planning"

"These conference proceedings include a collection of articles presented at the RailExchange conference in October 2017 at Newcastle University, UK. They will be useful for researchers in developing countries looking for opportunities of knowledge exchange. The RailExchange project aimed to develop sustainable railway education in Thailand, via international partnerships and industry collaborations based around stakeholders' expertise and experiences. It involved staff exchange (academics and researchers) between Mahidol and Newcastle University for joint research and curriculum development and also organizing railway conferences and workshops in both Thailand and the UK.The papers published here focus on rail-related issues and present a perspective of a widely understood 'exchange' in academia and industry environments. 'Exchange' is perceived as rail knowledge exchange between partners, rail staff exchange between academia and/or industry, research exchange between teams, student-lecturer knowledge exchange, academia-industry collaboration, etc. In addition, more general rail-related papers are also included."

"This book demonstrates that the method, based on the ground polar cap magnetic observations is a reliable diagnosis of the solar wind energy coming into the magnetosphere Method for the uninterruptive monitoring of the magnetosphere state (i.e. space weather). It shows that the solar wind energy pumping power, can be described by the PC growth rate, thus, the magnetospheric substorms features are predetermined by the PC dynamics. Furthermore, it goes on to show that the beginning and ending of magnetic storms is predictable. The magnetic storm start only if the solar energy input into the magnetosphere exceeds a certain level and stops when the energy input turns out to be below this level."

"The Arctic, the Antarctic, and the Hindu Kush-Himalayas form a trio of terrains sometimes called “the three poles”. Mainly composed of rock, snow, and ice, these precious regions, which are home to many unique species such as the polar bear, the emperor penguin, and the snow leopard, contain the primary water resource of this planet and directly shape our climate. This book presents a first-ever global assessment and progressive review of the three poles and demonstrates the urgent need for their protection. Sins of the past have irrevocably harmed and threatened many of the unique qualities of these regions, and the future looks bleak with the global population forecast to reach 9 billion by 2060, and with climate change on the rise. Presented here is a wide-reaching and coherent overview of the three poles’ biodiversity, habitats, and ongoing destruction. Failed protection and social targets set by the United Nations and other bodies are exposed while economic growth, unconstrained or inappropriate development, and urban sprawl are promoted unabated. Polar regions play a major role in the global agenda as they are rich in oil and other resources, marking them for contamination, overfishing, and further degradation. Tourism in the Antarctic has benefited from enlightened self-regulation, but there are signs that this is changing, too. The chapters of this book are written by experts in their fields, and their evidence leaves no doubt that we already live beyond our carrying capacity on a finite but decaying space. A global protection role model and several outlook scenarios are proposed to help set in motion polar protection priorities that are actually valid. Humanity has demonstrated through international treaties such as the Antarctic Treaty and the Madrid Protocol that we can put the interests of the planet as a whole first. This must become the norm, not the exception."

"ABSTRAKPenggunaan tanah Daerah Aliran DA Ci Leungsi hulu yang terdapat diKabupaten Bogor Jawa Barat selalu mengalami perkembangan dari tahun ketahun disebabkan oleh meningkatnya aktivitas manusia yang berdampak padaterjadinya degradasi lahan seperti erosi. Erosi tanah di Pulau Jawa diperkirakanmenelan kerugian US 400 juta per tahun. Penelitian ini bertujuan untukmengestimasi laju erosi dengan menggunakan persamaan Modify Universal SoilLoss Equation MUSLE yang sudah terintegrasi pada pemodelan Soil and WaterAssessment Tool SWAT . SWAT dapat memberikan hasil simulasi yang berbasispada karakteristik fisik daerah berupa Unit Respon Hidrologi URH yangmempertimbangkan parameter iklim seperti curah hujan, suhu, radiasi matahari,kelembaban dan kecepatan angin. Hasil penelitian menunjukan bahwa laju erositertinggi pada wilayah hulu sub-DAS 15 Ci Janggel dengan kontribusi erosi 184ton/ha/tahun atau termasuk dalam klasifikasi erosi berat. Sedangkan rata-rata lajuerosi pada daerah penelitian termasuk ke dalam klasifikasi erosi sedang.Tingginya laju erosi terjadi pada karakteristik daerah dengan kemiringan lereng25-45 , jenis tanah clay loam, dan penggunaan tanah pertanian lahan kering.Hubungan karakteristik fisik DAS dan laju erosi ditunjukkan dengan semakinheterogen nilai URH di sub-DAS maka nilai laju erosinya cenderung semakinrendahKata Kunci: DAS, Laju Erosi, Karakteristik fisik DAS ,Pemodelan, SWAT

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ABSTRACTLand use of upper watersheds Cileungsi located in Bogor, West Java has alwaysprogressing from year to year due to increased human activities that have animpact on land degradation such as erosion. Soil erosion in Java estimated loss ofUS 400 million per year. This study aim to estimate of erosion rate by using theModify Universal Soil Loss Equation MUSLE is already integrated in themodeling Soil and Water Assessment Tool SWAT . SWAT can providesimulation results based on the physical characteristics of the HydrologicalResponse Unit HRU is considering climate parameters such as rainfall,temperature, solar radiation, humidity and wind speed. The results showed that thehighest rate of erosion on the upstream sub basin 15 Ci Janggel to contribute toerosion 184 tonnes ha year or included in the classification of heavy erosion.While the average rate of erosion in areas including research into the classificationof medium erosion. The high rate of erosion occurs on the characteristics of thearea with 25 45 of slope, clay loam soils, land use and agricultural drylands.Relationships and physical characteristics of the watershed erosion is shown bythe heterogeneous HRU value in the sub watershed erosion rate tends to be lKeowkeywords Erosion rate, Modelling, Physical characteristics of the watershed, SWAT, Watershed"