Shruti Kanga

Waldbr nde haben in den letzten Jahren weltweit zunehmend ffentliche Aufmerksamkeit erlangt, da sie eine erhebliche kurz- und langfristige Bedrohung f r das Wald kosystem sowie f r die ffentliche Sicherheit und das Eigentum darstellen. Die Himalaya-Region Indiens ist jedes Jahr wiederholten Br nden ausgesetzt, und aufgrund der Unzug nglichkeit werden nur konventionelle Brandbek mpfungstechniken eingesetzt, die sich als unwirksam erwiesen haben. Die Bewertung des Brandrisikos erfordert den Einsatz von Fernerkundung (RS) und geografischen Informationssystemen (GIS), um r umliche Informationen zeitnah und kosteng nstig zu verarbeiten und darzustellen. Mit dieser Studie, die sich allgemein mit der Bewertung und Modellierung von Waldbrandrisiken befasst, wurde versucht, im Bezirk Shimla in Himachal Pradesh (Indien) vorbeugende Ma nahmen im Bereich des Brandschutzmanagements zu planen und umzusetzen. Die Studie richtet sich an Forstverwalter, Landschaftsplaner und Wissenschaftler aus den folgenden Bereichen: Katastrophenmanagement, Management nat rlicher Ressourcen, Geowissenschaften, kologie, Forstwirtschaft usw. Sie k nnte die erste Ver ffentlichung sein, die sich umfassend mit dem Management von Waldbr nden mithilfe von Geodatenmodellierung in den W ldern des indischen Himalaya befasst.

Os inc ndios florestais t m recebido cada vez mais aten o p blica em todo o mundo nos ltimos anos devido sua significativa amea a a curto e longo prazo para o ecossistema florestal e para a seguran a p blica e propriedade. A regi o do Himalaia, na ndia, est sujeita a inc ndios anuais repetidos e, devido sua inacessibilidade, apenas s o utilizadas t cnicas convencionais de combate a inc ndios, que se revelam ineficazes. A avalia o do risco de inc ndio requer o uso de sensoriamento remoto (SR) e sistema de informa o geogr fica (SIG) para processar e exibir informa es espaciais de maneira oportuna e econ mica. Foi feita uma tentativa por meio deste estudo, que teve como objetivo geral a avalia o e modelagem do risco de inc ndios florestais, para o planejamento e gest o no distrito de Shimla, em Himachal Pradesh ( ndia), a fim de tomar medidas preventivas na gest o do controle de inc ndios. O estudo pode ser direcionado a gestores florestais, planejadores paisag sticos, acad micos das seguintes reas, ou seja, Gest o de Desastres, Gest o de Recursos Naturais, Ci ncias da Terra, Ecologia, Silvicultura, etc. Pode ser a publica o pioneira a abordar de forma abrangente a gest o de inc ndios florestais com modelagem geoespacial nas florestas do Himalaia indiano.

Negli ultimi anni gli incendi boschivi hanno ricevuto una crescente attenzione da parte dell'opinione pubblica a livello globale a causa della loro significativa minaccia a breve e lungo termine per l'ecosistema forestale, la sicurezza pubblica e le propriet . La regione himalayana dell'India soggetta a ripetuti incendi annuali e, a causa dell'inaccessibilit , vengono utilizzate solo tecniche antincendio convenzionali, che si sono rivelate inefficaci. La valutazione del rischio di incendio richiede l'uso del telerilevamento (RS) e del sistema informativo geografico (GIS) per l'elaborazione e la visualizzazione delle informazioni spaziali in modo tempestivo ed economico. Attraverso questo studio, che ha avuto come obiettivo generale la valutazione e la modellizzazione del rischio di incendi boschivi, stato fatto un tentativo di pianificazione e gestione nel distretto di Shimla dell'Himachal Pradesh (India) per adottare misure preventive nella gestione del controllo degli incendi. Lo studio pu essere rivolto a gestori forestali, pianificatori del paesaggio, accademici dei seguenti settori: gestione delle catastrofi, gestione delle risorse naturali, scienze della terra, ecologia, silvicoltura, ecc. Potrebbe essere la prima pubblicazione ad affrontare in modo completo la gestione degli incendi boschivi con la modellizzazione geospaziale nelle foreste himalayane indiane.

Disaster Management embarks on a comprehensive exploration of proactive approaches to confronting the ever-growing challenges posed by natural and man-made disasters. Drawing on a wealth of interdisciplinary research and practical expertise, this book delves into the core principles of disaster management, offering a roadmap for communities, governments and organizations to enhance their preparedness and mitigation strategies. From risk assessment and early warning systems, to community engagement and infrastructure resilience, each chapter provides actionable insights and case studies that illuminate the path towards building robust resilience frameworks. With a keen focus on adaptability and innovation, this book equips readers with the tools necessary to navigate the complexities of today's dynamic world, fostering a culture of preparedness that can mitigate the impact of disasters and safeguard lives and livelihoods.

The shoreline process is one of the most common natural processes that prevail over the land margins of sea sides. The most important aspect of coastal changes is detecting the relative interconnections of vulnerabilities over temporal scale. Shorelines changes and in inner coastal belts where tidal influences are active in the estuarine rivers, the changes of land or the morphological transformation of that landscape may take place due to active works of storm surges, high tides and seasonal inundation. The deformation of sea shore margins around the concerned island is most important to assess the sensitive marine phenomena which have a direct impact on managing the habitation as well as all set up of livelihood including coastal marine structures in this region. It also helps in comparison and evaluation for inclusion into the possible prognosis and decisions for the future status and locational vulnerabilities over time. The book covers detail photogrammetric and geostatistical methods pertaining to measurement of geomorphic transformations, their structures, shoreline evolution, and the spatio-temporal vulnerability modelling with the analytical reasoning.

Gospodarka odpadami staje się poważnym problemem zdrowotnym i środowiskowym na obszarach miejskich, p l-miejskich, a nawet wiejskich wielu kraj w rozwijających się. Odpady są nieuchronnie związane z dzialalnością czlowieka, rozwojem gospodarczym, urbanizacją i rosnącym standardem życia w miastach, mają polączenie z prostownikiem do wzrostu ilości i jakości wytwarzanych odpad w. Skladowanie odpad w jest kolejnym istotnym elementem systemu zarządzania odpadami, kt ry wymaga wiele uwagi, aby uniknąc zanieczyszczenia środowiska. Zarządzanie odpadami miejskimi jest poważną wadą w większości indyjskich miast, a zatem wymaga kompleksowych badań wykorzystujących teledetekcję i technologię GIS, kt re mogą sprawic, że miasta staną się bardziej zr wnoważone. Przeprowadzono geoprzestrzenną analizę wielokryterialną z zastosowaniem techniki nakladania warstw ważonych, biorąc pod uwagę r żne kryteria, takie jak fizyczne, spoleczne i demograficzne aspekty miasta, w celu zlokalizowania miejsca skladowania odpad w stalych.

Het afvalbeheer wordt een serieuze zorg voor de gezondheid en het milieu in de stedelijke, semi-stedelijke en zelfs landelijke gebieden van de vele ontwikkelingslanden. Afval wordt geassocieerd onvermijdelijk door product van menselijke activiteiten, economische ontwikkeling, verstedelijking en de stijgende levensstandaard in de steden, hebben junction rectificatie naar een stijging binnen de hoeveelheid en de kwaliteit van het geproduceerde afval.vaste afvalproductie verhoogt de ruimte in de stedelijke gebieden van Aziatische land verder als wereldwijd. Afvalverwerking is een ander essentieel onderdeel van het afvalbeheersysteem, dat veel aandacht nodig heeft om milieuvervuiling te voorkomen. Stedelijk afvalbeheer is in de meeste Indiase steden een ernstig nadeel geweest en daarom is er een uitgebreide studie nodig waarbij gebruik wordt gemaakt van teledetectie en GIS-technologie die steden duurzamer kan maken. Dit boek is vertaald met Kunstmatige Intelligentie.

Waste management is turning into a serious health and environmental concern in urban, semi urban and even rural areas of the many developing countries. Waste is associate ineluctable by product of human activities, economic development, urbanization and rising living standards in cities, have junction rectifier to a rise within the amount and quality of generated waste. Solid waste generation is increasing space in urban areas of Asian country further as globally. Waste disposing is another vital part of waste management system, which needs a lot of attention to avoid environmental pollution. Urban waste management has been a serious drawback in most Indian cities thus a requirement for a comprehensive study utilizing remote sensing and GIS technology that can make cities more sustainable. A geospatial multicriteria analysis was performed with weighted overlay technique by considering varied criteria like physical, social and demographic aspects of town for locating the solid waste disposal site aspects of the city.