Introduction to Augmented Reality in GIS

Discuss About The Forensic Engineering Investigations Disasters.

It can be stated here that recently the concept of the Augmented Reality (AR) is widely used in the laboratory and is in the stage of research. On the other hand, it can be stated that still due to the implementation of the research activity it is seen implemented widely by the ordinary people. The technology can be directly related to two axis points which are the functional axis and the technological axis. Leading with the aspect of the technical perspective it can be stated that the Augmented Reality resides into the conecpt of pillars which are mainly categorised into three parts. The first pillar mainly consists of the technology which is related to the hardware, miniaturisation the multiplication of the sensors and the increased performance which is related to the implementation using different types of devices. The second pillar which can be stated here is the technology which is related to the software. This aspect mainly includes the sector of image analysis, a new algorithm which is related to the performance and new multi-sensor method about merging. This directly enables the industry which is similar to the better level of satisfaction and the expectation of the technology. And finally, the third pillar which can be included in the aspect is the data and the method of access to the data. The entrance to the information can be done in any form which can be related to the concept of data relocation by which the opening of the data can be done from anywhere. Describing the idea of the Augmented Reality in the sector of the functional axis, it can be very much possible to consider the plan as an interface between the machine and the user. It can be stated here that geographical information system

AR is the capacity to embed advanced items into a camera perspective of this present reality, in view of data about the scene that is inside the camera’s view. While Pokémon Go is the most generally known purchaser utilization of this sort of innovation, much more modern AR applications offer awesome guarantee for a wide range of uses.

VR depends on the oppositely inverse idea: It submerges genuine individuals inside an anecdotal computerized, or virtual, space. Numerous recreations currently utilize VR to make the experience considerably more practical than somebody has playing the diversion on a PC, TV screen or tablet. Similarly as with AR, there are numerous potential uses of VR that go well past diversions.

Benefits of Augmented Reality in GIS

The main aspect which can be considered taking into consideration AR involves few advantage which can be imposed in the concept of the technology which are stated below:

Multi-tactile commitment – getting clients associated with finding out about, and utilizing, items in a way that is dynamic. Touch, sight, sound and even smell are terrifically vital faculties to utilize while connecting with clients;

Scholarly commitment – offering significant and helpful data to clients with the goal that they have an important affair finding out about and utilizing the organization’s items and arrangements; and

Passionate associations – with the concept of the B2B it has directly explore has demonstrated that building an enthusiastic association is at any rate as similarly critical as making an intelligent case for individuals to purchase. Unquestionably, proceeding to create passionate associations present buy leads on steadfast client connections.

The central gap which can be seen in the concept can be considered in the following areas.

Strategies directly helps in the sector of the improvement of the development. This corresponds for example to the unwavering quality and interoperability of di?erent advances utilised as a part of a request to have the capacity to effortlessly coordinate in the field of new application.

Strategy Lack of techniques to dissect and to assess needs as far as AR frameworks and access arrangements.

Assessment Poor nature of plainly useful applications and restricted verification of their additional esteem. Noting an inquiry by an industrialist “What are the upsides of a stereoscopic framework?” – isn’t simple. Security Applications frequently demand into play the wellbeing and strength of clients. Convenience Potential problem due to the non-instinctive nature of specific fact that these di?culties are experienced in restrictions are likewise normal for AR advances”. In this context have identi?ed the three fundamental components which happen when utilizing a specialized gadget. The ?rst component, progressively the most essential, is the client. At that point, the gadget or stage, which is depicted regarding assets and ?nally nature which is de?ned by a progression of articles, individuals, occasions and marvels fringe to the client’s movement, yet which affect the framework or client’s conduct.

Thinking about every one of these components, we can finish the chart proposed by which at first speaks to the building squares of an AR framework, by including some practical building pieces. We include an “Information” obstruct at the base of the chart, an “Equipment” hinder and in addition a “Product” piece to obviously distinguish the significance of creating both equipment and programming for this sort of use. We along these lines include the “Stage” piece, straightforwardly made up of two already said hinders, to plainly distinguish one of the three columns. Less specialized, yet similarly as essential are the client and the client’s condition, which are to be considered for the outline of an AR framework. Albeit certain squares are not speci?c to AR frameworks, partner every one of these pieces empowers such a usefulness to be made.

Challenges and Limitations of Augmented Reality in GIS

The main aim of the research can be included into the field of AR. The different functionality and the different concepts are majorly discussed into the report.

The central concept which can be related to the idea is to evaluate the implementation of the Augmented Reality in GIS. This bit of the content includes the techniques and research started for the gathering of data. The examination will use a quantitative approach. This conditional approach is picked on account of the shortfall investigate is essential for essential leadership about the study of this issue. Game plans concerning imperativeness or heading of hurtful substances including pesticides and various sorts of mechanical waste are a bit of the subject of biological technique which will help in battling against the worldwide changes. The ultimate objective is to explore issues of biological corruptions and reasons for the dangers for understanding the levels of information learning aptitudes and recognise the possible methodologies for trying among in this area. This segment will plot how the fundamental research happened. It clears up the diagram, and the examination hypothesis and discusses the approach and method that was used to collect the information. The understanding designed the issues, strategies, and proposals by the inspecting the info comes about. It detailed the systems for a combination of the controlling and endeavouring strategy.

The purpose of the designation of this comprehension is to yield the picture the configuration of information, conditions, and strategies for the identification of risky situations observed naturally. The selection of this technique demonstrated the adaptability, organisation, and efficiency of the methods.

The gathered data was finished by first estimating and recognizing the dangers including the causes and late changes in the settings [22]. The procedure of mapping is utilized for the productivity to incorporate the actualities and issues with scientific demonstrating including the diagrams, study, and investigation of past damaging settings. This aided in denoting the means to plan, security, and organization of these biological changes. The data enveloped showed the systems to guarantee the mapping procedures for convincing these damaging circumstances and to manage them by:

1. Its execution distinguished a thorough technique to hazard arranging by denoting the circumstances of the specific zone, at that point focusing the entire proportion
2. The utilised gages ought to be purposely fitting for danger wanting to defend material is spoken to accurately and not contorted.

The arranging ought to be correct and precise with the end goal of most exceedingly awful circumstances managing including the local plotting and nation wanting to evade deficiencies or contortion of the information limited in the outlines [23]. Scale checking ought to be inspected while having the threat of the ordinary annihilation. The data estimated ought to be apparent with the goal that essential advances ought to be made to battle an endeavour against the catastrophe by the utilisation of biological devices and land courses of action. Administration of the threats ought to be prepared for the attention to general society and propose precise strategies to spare the life of the general population and also the assets. Policies ought to be made by the agreeable assurance with essentials of urbane information with checking and evaluation and with the achievement of the approach comes to fruition. Verification is the execution and examination for recognising changes in the earth or prosperity status of masses [24].

Forensic Engineering Investigations in Disasters

 The strategies and materials are the showings of past episodes [1], inquire about understandings and news reports. Additionally, it has been demonstrating the review done by the societal approach.

The arrangement of this examination includes the key investigation by the subjective examination and systemizing the assembled information. It contains the portrayal through outlines and data through the figures introduced. The numerical gathering of the houses studied is known as the subjective examination. It is a most huge instrument utilized as a part of the examination works that spares the time and help in settling on choices effectively. This administrated for the investigation of the administration of the risky settings. This examination is focusing on the issues, measures, and association of the debacle. The motivation behind this treatment of information is to recognize the rationale past the noteworthy actualities [25]. The trademark points of interest from the audio segment and this area got the anatomization of the data. The examination will set out to answer the various investigation focuses and what’s more the examination question from the basic segment. The technique gives the precise investigation and aided in accomplishing the motivation behind this appreciation. This part comprises of the examining procedure, assessment of the examination by three methodologies:

1. Sampling

For a reason, the review test has been coordinated including the inquiries and past instances of the ruinous dangers. This strategy overviewed a general public comprising of hundred residencies and twenty were gotten some information about the conditions and hazards of the risks created usually. The testing created viable outcomes with the assistance of some recorded cases and the review method [26].

1. Analysis of Risks

This key approach coordinated the risk stages and the idea of the threat with the goal that precise measures could be taken in such manner. Aside from the entire risk organizes, the investigation will help to build up dealing with urgencies and determinations. The sign of risk watched normally is steadfast by combining noteworthiness of the two-impact including the likely and conceivable impacts. The exhibition of this strategy subjectively with fitting measures and strategies for the organization of the normally dangerous condition. An incident is consistently the aftereffect of the assembling action of a grouping of hazards. The hazard direct accountable for property incident and misfortunes in prompt risk [27]. Generally speaking, the unplanned landing of direct threat’s essentialness in like manner needs nonstop initiating of no less than one dangers. This technique is additionally successful in characterizing the nature, attributes, and yields of the risk which to happen. This plan goals to make the planning articles and checks in a way that execute and contraption the courses of action for refining the varieties in the developments of geology. This part delineates a few the most accommodating mechanical assemblies and practices open to oversee issues identified with prosperity and security and regular issues and challenges, regardless of the way that it is beguiling to prescribe that these are currently in conviction comprehensively associated all through the world [28].

1. Qualitative Investigation

Data Collection and Mapping in Disaster Response and Management

This technique characterizes the level of likely developments and the likelihood of those perils that will happen. The definition is useful in settling on a choice, upkeep and settings to bargain and endeavor against the damaging developments. It is fundamental, regardless, that word related prosperity and security authorities wherever all through the globe take in additional about these techniques and practices as a phase towards their more noticeable application and helpful acclimation to different financial and social conditions.

1. In the first place transmission activity to perceive risks which require more far-reaching examination
2. Utilization of precise strategies and choices
3. The arithmetical measurements that are inadequate for numerical conduction.

VR applications, then, empower clients to submerge themselves in an advanced space -, for example, a clinic, research facility or oil refinery – representing how complex items and arrangements function and helping them see how they would explore and utilise these new items. At Cisco Live in June 2017, Dell EMC used a VR application created by my organisation, Kaon Interactive, for its undertaking prospects and clients.

The application demonstrated participants and accomplices how they could envision their own particular IT change with met and hyper-merged arrangements. These upgraded encounters were expected to make a more profound comprehension of the organization’s separated offers. For existing clients, VR test systems will help prepare staff before they work genuine apparatus – the way pilot training programs are utilized for pilots – yet without the cost of complex physical frameworks in reality.

As these arrangements turn out to be more standard, as far as gadgets and programming, they are losing a portion of their innovation centre and starting to pick up a more incorporated status as parts or highlights of more significant items and arrangements. Customers and B2B purchasers, as far as it matters for them, are building up a consciousness of, and even a desire for, these sorts of encounters when they cooperate with relatively every organisation.

While the ideas of AR have been near for a considerable length of time, the innovation has been connected to such a large number of various kinds of broadcasting that it is hard to point to any one application as the encapsulation of enlarged reality. For case, American football fans are utilized in the field of virtual reality that directly appears on the filed and broadcast recreations— they hope to see it. Motion picture chiefs have depicted enlarged reality in films such as Minority Report (2002) or Symbol (20 0 9) to demonstrate how immersive innovation may be utilized. Probably the most outwardly energizing examples of AR stimulation are enlarged PC symbolism is anticipated onto physical objects, for example, a building veneer, to make an enlarged however sensible looking new question that transforms ceaselessly before the watcher’s eyes.

Strategies and Materials for Disaster Management

The use of the concept in the field of military relating to AR in the head-up show (HUD) that shows up on the cockpit window (or viewport) of a fly contender. These showcases make it less demanding for pilots to get to necessary data, for example, velocity or then again approach without breaking their concentration from the truth before them. Additionally, car producers are likewise trying different things with HUD windshield showcases to enhance driver well-being. Model Lab has been testing with utilizing AR to imagine GIS content. He considers AR are essentially adding to the real world in a way that upgrades or enhances what you see showed in a web or work area application. “GIS information is as of now a wellspring of spatially enabled data that can be bolstered specifically to your cell phone,” clarified Carmichael. “Your telephone knows where it is, the bearing the camera is confronting, and the slant of the gadget in your grasp. This data, joined with GIS information, not just adds to the end client’s involvement yet additionally makes GIS air conditioning accessible in another and intriguing way.” As AR turns out to be more common in telephone, tablet, and PC applications, more developers will start coordinating GIS administrations what’s more, substance to serve genuine and down to earth purposes. Mansour Raad, a senior programming draftsman at Esri, imagines AR applications that will channel GIS substance to proficient end clients utilizing cell phones to encourage them settle on choices on location utilizing the most up- to-date and solid data accessible.

The sector of the expanded mix of different concepts has made numerous purchasers to think how these all new concept can be utilized and how they would be making the life of the common people more innovative. The main aspect which is related to the concept lie on the sector of the daily needs and how they can be interacted with the machine learning aspect. This would be beneficial in a way which directly enhances the sector of the operation and would be directly changing the mentality of the people onto how they can take advantage of the concept.

For each business person endeavoring to manufacture an all the more captivating and enduring association with his or her organization’s prospects and clients, AR and VR are essential capacities to incorporate into arranging how their present commitment systems will advance. What’s more, exceptional devices won’t really be a piece of the blend: Rather than having a different gadget for an AR encounter, clients will basically utilize the telephones and tablets they utilize as of now (Google and Apple have discharged or reported stages that enable programming designers to construct AR applications and capacities into their Android and iOS applications).

Key Findings and Recommendations

Also, while the present VR headsets are to some degree unwieldy, requiring links and sensors joined to a PC, these gadgets, as well, are quickly developing, utilizing remote and even cell phones (e.g. the Google Daydream).

This advancement to the standard will enable organizations to construct AR and VR highlights into bigger and more all-encompassing applications, making a total arrangement of abilities for considerably more important client encounters.

Increased reality will likewise strongly affect society. The promoting and ad fields will detonate with enlarged reality gadgets. The portable applications that are being created will offer facial acknowledgment programming that will standard rapidly. For regular suburbanites and drivers, route gadgets will be incorporated with the autos and cell phones. This is as of now in progress, with some auto producers attempting to execute increased reality windshields that will enable drivers to explore without taking their eyes off the street.

With the greater part of the positive effects expanded reality will have, one should think about the negative angles too. Similarly as malware has assaulted versatile programming, a similar will occur with the AR portable stage. There will dependably by digital crooks that are hoping to exploit new innovation. AR heads-up showed can offer culprits a tremendous favorable position on approaches to create tricks that will exploit the pure clients. This is the reason it will be fundamental for law authorization to have an association and work with clients and merchants to limit any potential damages that could be released and influence thousands.

One noteworthy field in which enlarged reality will have a gigantic effect is the medicinal field. It is as of now being utilized for reasonable purposes and the innovation will assume an essential part later on of pharmaceutical. Actually, in 2013, a medical procedure was performed utilizing Google Glass and VIPAAR, a virtual AR application. The abilities of this innovation will take into consideration medical procedures to be improved, offering a sheltered domain and experience to patients and diminishing the odds of therapeutic issues emerging after medical procedure is performed. There are an assortment of gadgets that would already be able to be utilized as a part of the restorative field beside Google Glass. There is an application called EyeDecide that will teach patients on eye wellbeing. Specialists can utilize a skin tumor application that will survey moles with constant vision and get criticism. There are additionally glasses and gadgets that are being utilized to find veins, taking into account blood work to be performed rapidly and IVs embedded while never agonizing over missing a vein.

Conclusion

The effects that expanded reality can have is perpetual and the innovation will influence each field. Not exclusively will it be utilized by experts and shoppers, yet it will likewise turn into a key apparatus for instructive purposes in classrooms around the globe.

While enlarged reality (AR) has been around in some form for a considerable length of time, it might be the following enormous thing in GIS. AR takes a live perspective of a genuine area and includes relevant data. A commonplace case would be the heads-up show in some military air ship. AR holds the guarantee of much more noteworthy joining of GIS characteristic information utilizing cell phones.

Brady Hustad, executive of accomplice answers for Esri accomplice Astadia, Inc., a worldwide business counseling, advertising, and innovation administrations organization headquartered in Jacksonville, Florida, talked with Keith Mann of Esri about the mix of AR with GIS in his company’s AR system.

For what reason did you choose to incorporate GIS into Argis?

Understanding why GIS is coordinated with Argis starts with seeing how AR, and all the more particularly, how most AR, works today. It breaks into two gatherings that I have instituted as inside AR and outside AR.

Inside AR is the standard AR you see in many applications today. Any increased reality needs to stay to this present reality in some frame or it is never again expanded reality yet something different. So as to enlarge reality, you need to know where you are in that reality. Inside AR utilizes markers, or question acknowledgment, to grapple itself to a particular protest, not an area. This has some solid stories to tell, as in upkeep applications and expansion to the Internet of Things, yet is restricted to realizing what question you are joined to and that’s it.

For instance, Raad has made an example application that utilizations design acknowledgment to let clients point an iPhone camera at a photograph of a guide, which triggers the stacking of a video that demonstrates a turning globe showing the same data. Raad utilized ArcGIS to make the 2D delineate and wrap it on a globe. At that point he energized the globe and made the video, which is facilitated on a server. Next, he enrolled a channel with junaio that connections his video with the junaio AR application. Anybody with an iPhone can download the junaio application, look for the channel, point the iPhone camera at a photograph of the guide, and see the pivoting globe. Carmichael additionally utilized example recognition. He connected a photograph on a bit of paper to a related picture of a guide layer stack in his work area application. Be that as it may, for this situation, the layer stack appears to powerfully drift over the photograph—regardless of whether the photograph is moved around

Argis works in what I authored outside AR or expanded reality that is secured in reality through standard geospatial sensor advancements. Utilizing GPS, and after that the typical AR suite of sensors, we stay to this present reality (rather than a particular protest) to enable clients to picture their information wherever they are, affecting whatever they are doing there. The best way to know where information is in reality is through area, and GIS claims information that has area.

One of the key difficulties is dependably contextualization. When you give somebody a table of numbers, it can take hours—if not days—for them to find the solutions they’re chasing. Change over this data to diagrams and graphs and the appropriate responses may come speedier. Be that as it may, with a guide, knowledge can happen like a flash. Regardless you need to make sense of where you are or where the thing you think about is found. With AR, you open up your iPad and see the pipe that runs four feet underneath the ground in your lawn. You in a flash know precisely what you have to know.

Another issue Argis intends to address is making the correct information accessible to clients when and where it’s required. With groups working in the field, there might be one person at an association who’s been there 35 years and has constantly realized that the valve they can’t see is covered up in an old shed. Yet, when that person resigns in a half year, his substitution just won’t have that institutional information. So how would you dependably exchange that learning to another age?

The coolest highlights that clients will see in Argis need to do with prompt reconciliation with their information. With only a couple of snaps, clients will have their information—any information—noticeable inside the arrangement. This information will have the symbology that they set up utilizing standard instruments from Esri. At that point they’ll have all the standard devices to turn information on and off, interface with the traits, stuff that way.

What gets wonderful from here is the capacity to kill GPS and calibrate the information. One of the difficulties with utilizing GPS as a sensor to grapple you to the world is that most GPS [receivers] are not that precise. They are sufficiently exact for most circumstances (as companions of mine say, “get you inside a basin width” of, say, a meter or something like that), however imagine a scenario in which you should be more precise.

Is it true that you are anticipating extending your utilization of AR and GIS sooner rather than later? On the off chance that yes, would you be able to expand?

Truly, we are certainly not done yet. We have this prepared to be brought into the business, yet we are proceeding to enhance and broaden the usefulness. For instance, height is a genuine test. It is difficult to get exact height information and to precisely show where your information ought to be in that rise. I can’t broadly expound, yet we are building a dynamic system to make exact height and accordingly more precise information.

Another territory we are pushing into is inside unique mapping and finding. A substantial field of intrigue is the capacity to find individuals and resources progressively inside a working continuously. We have quite a bit of this set up and are taking a shot at how to flawlessly change from a GPS-based framework to a SLAM [simultaneous confinement and mapping] or other innovation based framework and what gadgets would have the capacity.

At last, we can deal with Bluetooth sensors and web benefit sensors in the Internet of Things. Lamentably, every gadget and sensor cluster contrasts marginally, so we need to code particularly for every one out of a little route, at any rate. So we are attempting to build up answers for an ever increasing number of gadgets. We began with iDevices [an casual term alluding to versatile or compact gadgets fabricated by Apple] as these are omnipresent in the business, financially savvy, and as of now have a tolerable sensor gathering. We likewise have the Meta glasses working. We will work through Android, Windows, and different wearables soon.

Today we can give groups in the field the information they require, where and when it is important. What’s more, as an additional advantage, new, youthful team individuals can partake progressively all that they are finding in the field with a specialist back at the workplace who can help control them. With a decent framework and a wearable gadget, the administrator would even have the capacity to discuss back and draw activities on the viewport of the field team.

Conclusion

The main point in which the report can be concluded is the sector of the innovation. It can be stated here that the concept would be playing a very vital role in the near future which would be making the life of the common people more secured. In most of the times technology are basically made innovative so that they can help people in different sector. On the other hand it can be stated even that technological use should be done in a wise manner which would not be creating any type of harm to the common people.

Therefore, the future for this innovation stays completely open. Also, every organization ought to incorporate AR or potentially VR applications in its client commitment lifecycle – from the phases of early client mindfulness, promoting and deals to establishment, sending, administration, and support.

References

[1]R. Djalante, “Research Trends on Natural Hazards, Disasters, Risk Reduction and Climate Change in Indonesia: A Systematic Literature Review”, Natural Hazards and Earth System Sciences Discussions, pp. 1-39, 2016.

[2]J. Nery and L. Malvestio, “Natural Disasters in Southeastern Brazil Associated with the South Atlantic Convergence Zone”, Natural Hazards and Earth System Sciences Discussions, pp. 1-24, 2017.

[3]Y. Meng, S. Yang, P. Shi and C. Jeager, “The asymmetric impact of natural disasters on China’s bilateral trade”, Natural Hazards and Earth System Science, vol. 15, no. 10, pp. 2273-2281, 2015.

[4]S. Khan, “Disasters: contributions of hazardscape and gaps in response practices”, Natural Hazards and Earth System Science, vol. 12, no. 12, pp. 3775-3787, 2012.

[5]M. Demiroglu, “Classification of karst springs for flash-flood-prone areas in western Turkey”, Natural Hazards and Earth System Sciences, vol. 16, no. 6, pp. 1473-1486, 2016.

[6]B. Komac, M. Zorn and R. Cigli?, “European education on natural disasters – a textbook study”, Natural Hazards and Earth System Sciences Discussions, vol. 1, no. 3, pp. 2255-2279, 2013.

[7]C. Li, J. Savulak and R. Reinmuller, “Unintentional Islanding of Distributed Generation—Operating Experiences From Naturally Occurred Events”, IEEE Transactions on Power Delivery, vol. 29, no. 1, pp. 269-274, 2014.

[8]A. Pittaway and M. Richards, “When the Dust has Settled: Caring for the Pediatric Survivors of a Natural Calamity in the Developing World”, MedEdPORTAL Publications, 2012.

[9]H. FUNABASHI, “Why the Fukushima Nuclear Disaster is a Man-made Calamity”, International Journal of Japanese Sociology, vol. 21, no. 1, pp. 65-75, 2012.

[10]M. Wyss, “Four loss estimates for the Gorkha M7.8 earthquake, April 25, 2015, before and after it occurred”, Natural Hazards, vol. 86, no. 1, pp. 141-150, 2016.

[11]J. Enia, “Do Contracts Save Lives? The Relationship Between Contract Intensive Economies and Natural Disaster Fatalities”, Risk, Hazards & Crisis in Public Policy, vol. 9, no. 1, pp. 60-81, 2017.

[12]A. Ishtiaque and N. Nazem, “Household-level disaster-induced losses and rural–urban migration: Experience from world’s one of the most disaster-affected countries”, Natural Hazards, vol. 86, no. 1, pp. 315-326, 2016.

[13]N. Maxwell, “Can universities save us from disaster?”, On the Horizon, vol. 25, no. 2, pp. 115-130, 2017.

[14]F. Arnberg and L. Melin, “Can Demographic and Exposure Characteristics Predict Levels of Social Support in Survivors from a Natural Disaster?”, PLoS ONE, vol. 8, no. 6, p. e65709, 2013.

[15]E. BV, “Savvy Disaster Planning Helped Medical Director Save Residents From Blast”, Caring for the Ages, vol. 14, no. 7, p. 19, 2013.

[16]D. Van Veldhuizen, “How Can We Keep One Disaster from Turning into Another Disaster?”, Opflow, vol. 39, no. 11, pp. 6-6, 2013.

[17]C. Shreve and I. Kelman, “Does mitigation save? Reviewing cost-benefit analyses of disaster risk reduction”, International Journal of Disaster Risk Reduction, vol. 10, pp. 213-235, 2014.

[18]J. Wang, “Post-disaster cross-nation mutual aid in natural hazards: case analysis from sociology of disaster and disaster politics perspectives”, Natural Hazards, vol. 66, no. 2, pp. 413-438, 2012.

 [19]W. Grabs, “Benchmarking flood risk reduction in the Elbe River”, Journal of Flood Risk Management, vol. 9, no. 4, pp. 335-342, 2015.

[20]R. Jüpner, “Coping with extremes – experiences from event management during the recent Elbe flood disaster in 2013”, Journal of Flood Risk Management, vol. 11, no. 1, pp. 15-21, 2017.

[21]K. Aso, “SY05-2 * ALCOHOL-RELATED PROBLEMS AFTER HANSHIN AWAJI EARTHQUAKE”, Alcohol and Alcoholism, vol. 49, no. 1, pp. i8-i8, 2014.

[22]T. Tanaka, “Measures for groundwater security during and after the Hanshin-Awaji earthquake (1995) and the Great East Japan earthquake (2011), Japan”, Hydrogeology Journal, vol. 24, no. 2, pp. 277-286, 2015.

[23]R. Tang and M. Gavin, “A classification of threats to traditional ecological knowledge and conservation responses”, Conservation and Society, vol. 14, no. 1, p. 57, 2016.

[24]T. Kerr, “Negotiating green space between ecological threats and beloved objects”, Continuum, vol. 29, no. 3, pp. 402-418, 2015.

[25]O. Terekhina, “ECOLOGICAL STRESS AND QUALITY OF LIFE AMONG ADOLESCENTS LIVING IN RISK CONDITIONS OF TECNOHENIC-ECOLOGICAL THREATS”, Sovremennye issledovaniya sotsialnykh problem, vol. 0, no. 3, p. 202, 2016.

[26]A. Yoshioka, Y. Miyazaki, Y. Sekizaki, S. Suda, T. Kadoya and I. Washitani, “A “lost biodiversity” approach to revealing major anthropogenic threats to regional freshwater ecosystems”, Ecological Indicators, vol. 36, pp. 348-355, 2014.

[27]A. Rosenthal, H. Stutzman and A. Forsyth, “Creating Mosaic-Based Conservation Corridors to Respond to Major Threats in the Amazon Headwaters”, Ecological Restoration, vol. 30, no. 4, pp. 296-299, 2012.

[28]T. Doherty, C. Dickman, D. Nimmo and E. Ritchie, “Multiple threats, or multiplying the threats? Interactions between invasive predators and other ecological disturbances”, Biological Conservation, vol. 190, pp. 60-68, 2015.

[29]A. Yoshioka, Y. Miyazaki, Y. Sekizaki, S. Suda, T. Kadoya and I. Washitani, “A “lost biodiversity” approach to revealing major anthropogenic threats to regional freshwater ecosystems”, Ecological Indicators, vol. 36, pp. 348-355, 2014.

[30]O. Terekhina, “ECOLOGICAL STRESS AND QUALITY OF LIFE AMONG ADOLESCENTS LIVING IN RISK CONDITIONS OF TECNOHENIC-ECOLOGICAL THREATS”, Sovremennye issledovaniya sotsialnykh problem, vol. 0, no. 3, p. 202, 2016.

[31]”Influence of Self Motivation on Mental Health of Elderly People”, Med One, 2016.

[32]A. Nogueira, “Rationally modeling collapse due to bending and external pressure in pipelines”, Earthquakes and Structures, vol. 3, no. 34, pp. 473-494, 2012.

[33]K. Jaiswal and D. Wald, “Estimating Economic Losses from Earthquakes Using an Empirical Approach”, Earthquake Spectra, vol. 29, no. 1, pp. 309-324, 2013.

[34]R. Ritz, “On Welfare Losses Due to Imperfect Competition”, The Journal of Industrial Economics, vol. 62, no. 1, pp. 167-190, 2014.

[35]V. Bier, “Understanding and Mitigating the Impacts of Massive Relocations Due to Disasters”, Economics of Disasters and Climate Change, vol. 1, no. 2, pp. 179-202, 2017.

[36]V. Brannigan, “Forensic engineering investigations of disasters: going ‘beyond the widget'”, International Journal of Forensic Engineering, vol. 1, no. 1, p. 78, 2012.

[37]E. Lloyd and A. Shukla, “Going Dutch? – The dangers of deregulation”, Nursery World, vol. 2012, no. 4, 2012.

[38]C. Storrs, “Hidden Dangers of Going Under”, Scientific American, vol. 310, no. 4, pp. 34-35, 2014.

[39]S. Rassenfoss, “Induced Seismicity: Filling in the Blanks To Limit Earthquake Risks”, Journal of Petroleum Technology, vol. 69, no. 09, pp. 39-42, 2017.