Hasil Pencarian  ::  Simpan CSV :: Kembali

"Keamanan (security), keselamatan (safety), dan keberlanjutan (sustainability) adalah konsep-konsep yang sudah lama diperbincangkan dalam isu-isu pemanfaatan orbit Bumi untuk mecegah kerusakan. Namun, tantangan lingkungan orbit Bumi yang semakin padat dan rumit membuat skenario kehilangan fungsional maupun aset antariksa itu sendiri semakin besar dan perlu dimitigasi. Pendekatan ketahanan (resilience) kemudian banyak dikembangkan oleh sejumlah negara dalam menjawab tantangan tersebut. Indonesia pun menghadapi tantangan yang sama meskipun aset antariksanya masih relatif sedikit. Kendati demikian, berbeda dengan negara lainnya, Indonesia telah memiliki konsep ketahanan nasional yang lebih luas sehingga pengembangan dan pengejawantahan konsep ketahanan antariksa yang sesuai dengan Indonesia diperlukan. Penelitian tesis ini membahas pengembangan konsep ketahanan antariksa (space resilience) dan menggali keterkaitannya dengan kebijakan dan praktik di Indonesia dalam konteks ketahanan nasional. Metode kajian yang digunakan mencakup wawancara dengan berbagai instansi dan pakar-pakar terkait; studi literatur; telaah media; dan telaah arsip. Tesis ini menemukan pengembangan konsep ketahanan antariksa yang terpadu dengan ketahanan nasional berpotensi besar untuk dilakukan berdasarkan pengalaman pemanfaatan orbit Bumi. Pola-pola ancaman berupa gangguan, serangan, dan peristiwa merusak yang terjadi di orbit Bumi sangat berkaitan dengan ketahanan nasional Indonesia di permukaan Bumi. Secara praktis, penyegaran ulang konsep Wawasan Nusantara sebagai geopolitik Indonesia dapat menjadi titik fokus dalam pengenalan ketahanan antariksa di Indonesia.

---

Security, safety, and sustainability are concepts that have long been discussed in the issues of using the Earth's orbit to prevent damage. However, the challenges of the increasingly congested and complicated Earth orbit environment make the scenario of functional loss and the space asset itself getting bigger and needs to be mitigated. The resilience approach has been developed by a number of countries in response to these challenges. Indonesia also faces the same challenges even though its space assets are still relatively small. However, unlike other countries, Indonesia already has a broader concept of national resilience so that the development and implementation of the concept of space resilience that is suitable for Indonesia is needed. This thesis research discusses the development of the concept of space resilience and explores its relationship to policies and practices in Indonesia in the context of national resilience. The study methods used include interviews with various agencies and related experts; study of literature; media review; and archives review. This thesis finds that the development of the concept of space resilience that is integrated with national resilience has great potential to be carried out based on the experience of utilizing Earth's orbit. Threat patterns in the form of disturbances, attacks, and destructive events that occur in Earth's orbit are closely related to Indonesia's national security on the Earth's surface. Practically speaking, refreshing the concept of Wawasan Nusantara as Indonesian geopolitics can be a focal point in the introduction of space resilience in Indonesia."

"Beginning with a broad history of the universe, earth, life, and man, it considers the origins and rise of science and technology, before moving on to discuss the present state of the world and its/our possible futures. Humans on Earth then addresses the main challenges for social and economic development in the 21st century in the context of global change. It presents a detailed but non-technical analysis of questions relating to climate change, our dependence on fossil fuels, deforestation, loss of biodiversity, desertification, and air, water, soil, and ocean pollution, as well as problems related to overpopulation, poverty, social and economic inequalities, and conflict potential. The main emphasis is on the risks and uncertainties of the short-term future, the next 50 to 100 years, with regard to environmental degradation and the sustainability of our growth paradigm."

"Mars has always fascinated humanity and the findings of the past decade have revolutionized ideas about our nearest neighbour revealing its watery past and geological similarity to Earth. This giant volume, filled with the latest and most magnificent images to be sent back from Curiosity, will walk you in the footsteps of the NASA probes and rovers that have been surveying the planet from 1964 until the present day. Experience its other-worldly beauty as you hover over sinister dust devils, immense icecaps and textured rock formations. Mars charts an incredible course across this unfamiliar planet, depicting all sides, seasons, channels and chasms, from the North Pole to the Southern Highlands. Witness the soaring heights of Olympus Mons - the tallest volcano in the Solar System - watch a giant dust storm tear through the canyons of the Valles Marineris, and explore the broad valleys of Chryse Planitia, scarred from catastrophic floods. Detailed and accessible essays explain how Mars was formed, shedding light on its internal and external structure, weather systems and unique geographical features, as well as on the compelling evidence of water and microscopic life. Each image is accompanied by a caption that explains in unparalleled detail the abstract patterns and peculiar geology that form this majestic planet. Featuring over 200 spectacular photographs and informative colour diagrams, an atlas of the surface and details of the most recent scientific discoveries, Mars is the perfect introduction to the Red Planet."

"Untuk pertama kalinya keberadaan planet di luar sistem Tata Surya kita berhasil dibuktikankeberadaannya dari pengamatan optis, berdasarkan pengamatan yang dilakukan oleh Hubble SpaceTelescope. Planet yang diperkirakan berbobot tiga kali massa Jupiter, disebut sebagai Fomalhaut b,ditemukan pada bintang Fomalhaut, bintang paling terang pada konstelasi Piscis Australis, berjarak 25tahun cahaya dari Tata Surya."