Comparison of business model components – car as a product vs car as a service
Car as a product model | Car as a service model | |
---|---|---|
Key resources | People and technology | Partner’s resources, customer knowledge |
Key activities | Production, Sales and Marketing R&D, Training | Service designing, Knowledge management |
Key partners | Supply chain network Insurance firms, Designers, Research institutes | Other firms, (music providers, navigation service providers, telecommunication firms) |
Customer relationship | Maintenances, customer service assistance | Feedback and reviews, Social media interaction |
Channels | Dealers and traditional car distributors/stores | Own network (app store, customer office) |
Customer segment | Urbanites, Performance driven, quality-minded people | Tech-savvy consumers |
Revenue streams | Car sales service and maintenance Insurance premium | Subscription fee service fee (Bundle and flexible) |
Cost structure | R&D, Productions, Sales and marketing | Service design, technology acquisition cost and knowledge management activities |
Source: Author’s own elaboration
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About the authors.
Prasanna Kumar Kukkamalla is based at the Department of Organization, Business Management, and Product Design, University of Girona, Girona, Spain. He is a Doctoral Candidate at the Department of Organization, Business Management and Product Design, University of Girona, Spain. His research interests focus on business model, organisational transformation, servitisation and service design.
Andrea Bikfalvi is based at the Department of Business Administration and Product Design, University of Girona, Girona, Spain. She is teaching and a Research Staff, ‘Serra Húnter Fellow’ since 2018 at the University of Girona in Spain. During her trajectory, she conducted several research projects for the regional Government of Catalonia, Spain, as well as a series of EU projects. She visited and actively collaborates with researchers in relevant research centres and Higher Education Institutions in Germany, Finland, Croatia, Portugal, etc. Her main research interest is in holistic approaches of innovation in all types of organisations – mainly, but not limited to – public administration, private enterprises and education. Her expertise is in strategy, organisational innovation and business model configuration.
Anna Arbussa is based at the Department of Business Administration and Product Design, University of Girona, Girona, Spain. She is an Associate Professor at the Department of Business Administration and Product Design of the University of Girona. She received her PhD from the same institution in 2001. She has worked on various European projects on electronic payments systems and published articles in the field of technological innovation and technology management. She is currently also working on public health management and on human resources management.
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Customer Stories / Automotive
BMW Group uses AWS to process 10 TB of data daily from 1.2 million vehicles, create a voice-activated personal in-vehicle assistant, and derive real-time insights from vehicle and customer telemetry data. The organization, based in Germany, is a leading manufacturer of premium automobiles and motorcycles. BMW Group runs its Cloud Data Hub on AWS, using Amazon SageMaker to train models for predictive analysis.
Overview | Opportunity | Solution | Outcome | AWS Services Used
Processes terabytes, resolves issues, accelerates.
The BMW Group , headquartered in Munich, Germany, is a global manufacturer of premium automobiles and motorcycles, covering the brands BMW, BMW Motorrad, MINI, and Rolls-Royce. It also provides premium financial and mobility services.
For the past several years, the BMW Group has worked to stay at the forefront of the automotive industry’s digital transformation by using data and predictive analytics. According to Kai Demtröder, BMW Group vice president of data transformation, artificial intelligence, data and DevOps platforms, “To stay innovative, we are focusing on creating new digital and connected experiences and driving change in our value chain toward improving both efficiency and effectiveness by enabling data-driven decisions." To generate these innovations, in 2015 the BMW Group created a centralized, on-premises data lake that collects and combines anonymized data from sensors in vehicles, operational systems, and data warehouses to derive historical, real-time, and predictive insights.
The BMW Group also sought to give data consumers real-time access, for example, to vehicle telemetry—such as information on speed, location, temperature, battery and brake levels, and engine status. In addition, it wanted to integrate analytics and machine learning into the data lake to accelerate the development of new, innovative services. And, as a basic prerequisite, the solution would have to provide the governance required to ensure compliance with privacy and security regulations.
We are just starting our journey with AWS, and we look forward to helping our business fulfill its strategy of driving innovation into the future."
Kai Demtröder Vice President of Data Transformation, Artificial Intelligence, Data and DevOps Platforms BMW Group
Opportunity | Empowering a Data-Driven Approach
In response to these challenges, the BMW Group decided to re-architect and move its on-premises data lake to the Amazon Web Services (AWS) Cloud. The company’s Cloud Data Hub (CDH) processes and combines anonymized data from vehicle sensors and other sources across the enterprise to make it easily accessible for internal teams creating customer-facing and internal applications. Ultimately, the company found that AWS offered the agility and flexibility it needed, along with the necessary footprint to support users across the globe.
Prior to the migration, the BMW Group’s rigid on-premises data lake failed to meet the ever-increasing needs of data engineers and analysts . Running interdependent workflows, the old data lake couldn’t handle multiple tenants well and, as a consequence, the BMW Group’s platform, ingestion, and use case teams required complex coordination to work on projects and ran into organizational bottlenecks, slowing their pace.
The BMW Group turned to a mix of AWS managed services—including Amazon Athena , Amazon Simple Storage Service (Amazon S3), Amazon Kinesis Data Firehose , and AWS Glue —to reduce the setup’s complexity by differentiating components and create an environment capable of scaling to meet the needs of data engineers. In addition, the teams could now have their own DevOps process from end-to-end, giving them the autonomy and agility needed to continue to innovate. Moreover, the BMW Group implemented a modern web portal that helps users of the CDH discover trusted datasets using an advanced search algorithm and easily query data to generate new insights.
Solution | Democratizing Data Usage at Scale
Using AWS services, the BMW Group ingests a massive amount of data every day. Currently, millions of BMW and MINI vehicles are connected to the CDH via BMW Group’s highly secure backend, processing terabytes of anonymous telemetry data daily. The company uses this data to monitor vehicle health indicators such as check control errors to identify potential issues across vehicle lines. This enables the BMW Group to leverage fleet data ingested, collected, and refined from the CDH to better resolve issues, even before they impact customers.
To better manage this data, the BMW Group introduced the notion of “data providers” and “data consumers” to increase both the autonomy and agility of its software engineering teams. Data providers ingest and transform data with AWS services such as Amazon Kinesis Data Firehose , AWS Lambda , AWS Glue, and Amazon EMR . Data consumers can then use services such as Amazon Athena, Amazon SageMaker , AWS Glue, and Amazon EMR to leverage data for their use cases. Both providers and consumers use these services in their own accounts and only share well-defined interfaces that can be controlled by a central API, helping prevent bottlenecks. The individual data layers are stored in Amazon S3 buckets, and their schemas are registered in the AWS Glue Data Catalog.
Besides collecting technical metadata in the AWS Glue Data Catalog, the BMW Group found that building up a human-readable data catalog was essential to democratizing data organization-wide. This effort would ensure a high degree of transparency about which data assets are gathered in the CDH and how. The front-end application Data Portal serves as a data explorer to boost the productivity of data analysts, data scientists, and engineers by clearly displaying data resources and offering a “popularity index” based on data usage patterns for more than 500 users across the organization.
In addition, the CDH leverages GraphQL via AWS AppSync to build scalable and universal APIs for data providers and consumers alike, increasing development flexibility. Unlike traditional REST APIs, interfaces built on GraphQL are well-suited to support evolutionary requirements such as representing metadata for the data catalog or providing heterogeneous data collected from connected vehicles. Developers have the flexibility to define the payload structure and query parameters to fetch the data they need for a given use case. This helps them build applications significantly faster than before because they no longer have to create a new set of APIs for each project with a different set of data requirements.
Outcome | Accelerating Innovation
The centralized and AWS-based data lake forms the BMW Group’s foundation to develop data-driven IT solutions and enables the company to automatically and independently scale on a serverless architecture. It can therefore innovate faster than it could with the previous on-premises solution, which required infrastructure management and capacity planning for each new initiative.
The BMW Group will open source key components surrounding the CDH including its APIs, architecture, and Data Portal. This is additionally fueled by the fact that BMW Group is a first day member of Gaia-X, the European initiative for establishing sovereign data spaces.
Going forward, the BMW Group will continue to scale out the CDH platform’s capabilities to further accelerate its digital transformation and drive additional value across the business, empowering innovative customer experiences, new mobility services, and internal business insights. Demtröder concludes, “We are just starting our journey with AWS, and we look forward to helping our business fulfill its strategy of driving innovation into the future.”
To learn more, visit aws.amazon.com/automotive .
With its four brands—BMW, MINI, Rolls-Royce and BMW Motorrad—the BMW Group is a leading premium manufacturer of automobiles and motorcycles. The company also provides premium financial and mobility services.
Amazon kinesis data firehose.
Amazon Kinesis Data Firehose is the easiest way to reliably load streaming data into data lakes, data stores, and analytics services. It can capture, transform, and deliver streaming data to Amazon S3, Amazon Redshift, Amazon Elasticsearch Service, generic HTTP endpoints, and service providers like Datadog, New Relic, MongoDB, and Splunk.
Learn more »
Amazon SageMaker is a fully managed service that provides every developer and data scientist with the ability to build, train, and deploy machine learning (ML) models quickly. SageMaker removes the heavy lifting from each step of the machine learning process to make it easier to develop high quality models.
AWS AppSync is a fully managed service that makes it easy to develop GraphQL APIs by handling the heavy lifting of securely connecting to data sources like AWS DynamoDB, Lambda, and more. Once deployed, AWS AppSync automatically scales your GraphQL API execution engine up and down to meet API request volumes.
AWS Glue is a fully managed extract, transform, and load (ETL) service that makes it easy for customers to prepare and load their data for analytics.
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Journal of Consumer Marketing
ram kesavan
Fred Langerak
Abstract: Empirical research has demonstrated that a market orientation has in general a positive effect on organizational performance. The potential benefits of a market orientation have, however, not been realized because academics and practitioners do not yet understand the modus operandi that transform market orientation into superior organizational performance.
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Executive Summary
The BMW group was a Multinational organization, started by Karl Rapp in 1913 and was involved in the manufacturing of range Automobile Cars and Motorcycles that grew in subsequent years of operations. In addition to that, it also provides financial services through leasing and loans, providing as an option for those customers, who cannot afford to make Full payments on immediate basis.
It also diversifies into international operations due to which its exploits opportunities through selling in International markets. It also acquired various companies in international destinations such as the United Kingdom and Germany. Company also bought the UK based company Rover, through which it acquired the brands like, Land Rover, MINI, and GM. The company’s goal was to rekindle its existing models in these brands.
Question 1:
Evaluation of BMW’s transaction and operating exposure
Due to external factors affecting negatively, such as, the ongoing weakening of US dollar and currencies like, yen in which the company is operating is leading to high cost of raw materials.
Since the company is buying raw materials for its production from different countries like Japan, etc. therefore the company’s expenses are in foreign currency and for which it is subjected to exchange rate fluctuations, which will determine the operating exposure to BMW.
Moreover, its operations are in almost all of the major countries around the world where its sales subsidiaries are located. The revenue generated from these countries in currencies such as Japanese Yen, US dollars, etc. are then converted into euros as a base currency. These transactions give rise to transaction exposure where the transactions are exposed to exchange rate risks.
In order to evaluate these exposures, the complete analysis of transactions related to sales and manufacturing operations need to be considered. Although the sales are high enough to cover the high costs of the company but still the deterioration of foreign currency ratios are exerting pressure on the financial results of the company.
Question 2:
BMW’s hedging strategy
The current hedging strategy of BMW is more like natural hedging strategy. Considering the current hedging strategy in detail.
Firstly, it uses natural hedging through which the company tries to match the currency of its operating revenues with its operating expenses in order to cancel out any exchange rate effects to some extent. Company has issued instructions and risk figures for its global network, while all of its local treasury centers were to review the exposure on weekly basis which is then evaluated at the central treasury department.
Secondly, BMW uses an internally developed model, which it used to plan foreign exchange hedging. This model shows that an equilibrium rate, for all major currencies that BMW deals with, indicating their over or undervaluation. The model mainly focused on long-term hedges usually for six years. The difference between the equilibrium rate and spot rate are then evaluated for evaluating the exposure.
When the rate falls below the equilibrium range i.e. 1.15 US$/€ to 1.17 US$/€, the company then uses forward contracts in order to hedge, while in case of favorable rates the currency hedges are made to short term.
Apart from this, company also produces a 100% hedge by using two options consisting of long and short, by which it produces non-zero option, so it incurred no expense in using them. For example, company receiving the premium on one sold instrument and on other hand had to pay premium on bought instrument, as a consequence the premium cancels out the cost leaving the company neither better off nor worse off.
Furthermore, the company also uses ‘cascade strategy’ in order to hedge foreign currency. In which the initial coverage was less that 100% of the estimates while for the actual subsequent business years the coverage ratio began to fall. This is therefore used to evaluate the varying amount of hedging in different periods.
Some of the strategies seem to be good because using options enable the organization to take advantage of the upside gains from the transaction while hedging against the downward. In addition to this, it also avoids the premium cost through using two sided options. However, the internally generated model used was not appropriate due to operations and changing of exchange rates of related economies.
Question 3:
Appropriateness of Equilibrium Exchange Rate
The range of equilibrium exchange rate as used by BMW as a part of its currency hedging strategy, that is, 1.15 US$/€ to 1.17 US$/€ might be appropriate in relation to shorter term expectations of the exchange rates. But for the longer run the range might become unsuitable for BMW to be used as the equilibrium rate used for conversions of currency into euros.
The reasons for the inappropriateness of the equilibrium exchange rate range for its long-term usage are possibly the fact that economies are exposed to rapid changes in relation to changes in government policies of the economy. For example, the determinants that mainly causes the exchange rate to be changes for an economy are usually based on the effects resulting from the government policies such as, interest rates, tax rate, management of balance of payments account, national treasury, etc. and change in any of these can impact the value of the currency leading to changes in exchange rates.
Since, BMW’s operations are carried out in several economies around the world which means that the company is not only open to changes in its domestic economic factors but also due to changes in other economies. Therefore, it can be concluded that this range may not be appropriate for BMW in the longer-run.
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When a global IT consultancy sought to elevate its commitment to diversity and inclusion, it turned to LHH for expert guidance. This case study explores how LHH's DEI solutions empowered the firm to achieve the prestigious Mansfield Certification, transforming its approach to leadership and fostering a more inclusive workplace.
When the legal department of our client — a Fortune 500 Global organization based in Dublin, Ireland, specializing in information technology services and consulting — sought to obtain a Mansfield Certification, they turned to LHH for expert assistance.
Mansfield Certification, designed by Diversity Lab, is a structured and rigorous certification process that helps that sets a high standard for fostering equitable opportunities for leadership advancement within legal departments and external counsel teams. Achieving this certification is no small feat — it requires legal departments to implement a behavioral science and data-driven approach to expanding the pool of qualified leadership candidates, ensuring that at least 50% come from historically underrepresented groups. These groups include women lawyers, racial and ethnic lawyers, LGBTQ+ lawyers, and individuals with disabilities. Additionally, certified legal departments must enhance transparency by documenting and publicly sharing the criteria for senior-level roles.
Given the complexity of the process, our client knew that obtaining this particular certification would demand the finesse and expertise of skilled specialists.
An imperative of the process was to help track the diversity of applicants submitted for consideration and to ensure that there was no bias during the hiring decision. Therefore, our solution consisted of the following components:
To support our client's goals, LHH leveraged a wide range of candidate sources and meticulously tracked candidate and associate pools. This approach enabled the legal team to meet the rigid requirements needed for Mansfield Certification and ultimately foster a more diverse and inclusive leadership team.
After the first year, our client became Mansfield Certified, joining an exclusive list of organizations that meet the certification requirements. Some impacts to date:
In today’s business landscape, organizations seek to build a workforce that not only champions DEI but embodies it wholeheartedly. Embracing the diverse perspectives and skills of employees from all backgrounds is not just the right thing to do — it’s critical for businesses that want to build a stronger, more adaptable, and more successful workforce of the future. Obtaining certifications such as the Mansfield can serve as a catalyst for advancing your business in its pursuit of more impactful DEI strategies. To benefit from our experience and create a DEI strategy that can make a real difference for your organization, please contact us today .
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The skills you need to succeed in the era of large language models
Today artificial intelligence can be harnessed by nearly anyone, using commands in everyday language instead of code. Soon it will transform more than 40% of all work activity, according to the authors’ research. In this new era of collaboration between humans and machines, the ability to leverage AI effectively will be critical to your professional success.
This article describes the three kinds of “fusion skills” you need to get the best results from gen AI. Intelligent interrogation involves instructing large language models to perform in ways that generate better outcomes—by, say, breaking processes down into steps or visualizing multiple potential paths to a solution. Judgment integration is about incorporating expert and ethical human discernment to make AI’s output more trustworthy, reliable, and accurate. It entails augmenting a model’s training sources with authoritative knowledge bases when necessary, keeping biases out of prompts, ensuring the privacy of any data used by the models, and scrutinizing suspect output. With reciprocal apprenticing, you tailor gen AI to your company’s specific business context by including rich organizational data and know-how into the commands you give it. As you become better at doing that, you yourself learn how to train the AI to tackle more-sophisticated challenges.
The AI revolution is already here. Learning these three skills will prepare you to thrive in it.
Generative artificial intelligence is expected to radically transform all kinds of jobs over the next few years. No longer the exclusive purview of technologists, AI can now be put to work by nearly anyone, using commands in everyday language instead of code. According to our research, most business functions and more than 40% of all U.S. work activity can be augmented, automated, or reinvented with gen AI. The changes are expected to have the largest impact on the legal, banking, insurance, and capital-market sectors—followed by retail, travel, health, and energy.
Home >> Marketing HBS Case Solutions >> BMW-MINI
Introduction
The Automotive Industry is a worldwide industry having a massive presence of manufacturers, intermediaries and consumers all over the globe. Differentiations in the automobile industry are evaluated by the production of cars that vary in size, price and specifications. Overall combined turnover of the global car industry, is estimated at $2 trillion until date, making it equivalent to the sixth largest economy of the world. BMW was founded in 1916, as a German automobile, motorcycle and engine manufacturing company. Currently, it stands as a global brand catering to consumers who can afford the luxury to buy posh vehicles (Amos, S. 2011).
BMW-MINI is a product of the BMW Corporation that attracts buyers who want to buy the brand’s product but for a low price, with classiness and compact size. MINI as the name suggest is a vehicle, which is manufactured to be compact but a spectacle to the eye boasting a sporty, classy and energetic image. It came into being in 1959 and through the years has established itself as a highly sought out brand for not just regular consumers but for celebrities as well. BMW-MINI, has survived the test of time and today BMW’s prime product is catering to purchasers who are interested in buying compact vehicles (BMW Group 2012).
SOSTAC Analysis of BMW-MINI
SOSTAC analysis is going to be the main framework through which BMW-MINI’s marketing presence will be highlighted and the features, which define this framework, are situational analysis, objectives, strategy, tactics, actions and control (Kurtz, D.L. 2009).
Situational Analysis
Situational Analysis of BMW-MINI begins with the definition of the product’s goal, which states that MINI is a brand that focuses on providing reasonable product consumers at low price, which meets all his desires regarding attractiveness, sportiness and classiness. The compact feature of the car and additional features like reduced fuel consumption, customized engine and low price makes it an attractive commodity for the consumer to purchase (BMW Group ,2012).
Customer’s perception about the product is very much influenced by the fact that it is a compact solution to all their car troubles. Its strengths can be categorized as its longevity to survive as a viable commodity for the consumer, in addition to the features of low fuel consumption, cheap price and attractive nature. Its opportunities include further infiltration into international markets especially the Asian markets and growth of the brand’s overall production that was estimated to be 216,538 units in the case (Amos, S. 2011).
MINI is a sustaining innovation that does not creates new markets or values as in the case of disruptive innovation but evolves existing markets with new values as it has done by extending BMW-MINI’s original product line with the introduction of new models like MINI-Cooper, Hatch, Convertible and Countryman. Due to the brands popularity BMW has kept the brand continuation thereby; ignoring the transaction cost in favor of economic prosperity (Lindstrom, M. 2005).
Jochen Goller director of MINI-UK said “The new MINI was introduced as a technological evolution and a branding revolution”. This indicates that objectives are clearly defined for MINI that involves continuous improvement and innovation in its technology and to brand the product in such a way that creates value for the consumer (Brand Report. 2011).
Network Effect is a very important concept to understand here because in order to create value for the product, the company must create awareness about it and MINI has done it through networking; that is by bringing intermediaries into play like advertising agencies and social networking forums. MINI wants to provide customer satisfaction and create brand loyalty, so it can sustain itself in the market of compact vehicle manufacturers by offering wide variety of MINI models and customized MINI vehicles (Trehan, R. 2009).
BMW-MINI segments its market as a compact size vehicle manufacturer and targets a market of individuals who want to buy low cost but branded BMW cars. It positions itself as a car solution for all consumer problems whether they are of commuting, fuel cost and high prices; MINI resolves all of them through its low price, fuel efficiency and compact size. It also creates an online value proposition by providing on its website the facility of customization of the car and test-drives to attract aspiring buyers (Madslien, J. 2010).
Another strategy that BMW-MINI uses, which will be further elaborated in tactics is media marketing which allows it to run promotional campaigns on the TV, Social media and other means of mass communication (Face book 2012).
According to the marketing mix provided in the case, MINI continuously innovates its product line and brings in more models as stated in the case like MINI-Clubman or Countryman. It also provides test-drives to encourage buyers for early booking of models that are introduced in the market. Its price setting is done in such a way, which influences buyers to acquire the product as its prices are reasonable for a branded car and for different models, these differentiated models are well differentiated to accommodate a customers buying power (Vered, A. 2007).............................
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Modelling ecological hazards and causal factors in the yellow river basin’s key tributaries: a case study of the kuye river basin and its future outlook.
2. materials and methods, 2.1. overview of study area, 2.2. data sources, 2.3. research methodology, 2.3.1. research framework, 2.3.2. land use structure, 2.3.3. landscape patterns and landscape ecological risk, 2.3.4. geographical detectors, 2.3.5. plus model, 3.1. spatiotemporal distribution of land use, 3.2. land use dynamic structure, 3.3. landscape ecological risk assessment results, 3.3.1. landscape pattern index, 3.3.2. spatiotemporal dynamics of landscape ecological risk, 3.4. driving factors of landscape ecological risk, 3.4.1. power of determinant, 3.4.2. interactive detection, 3.4.3. landscape ecological risk zone detection and analysis, 3.5. scenario simulation prediction of future development of land use and landscape ecological risk, 3.5.1. land use prediction results, 3.5.2. landscape ecological risk prediction results, 4. discussion, 4.1. analysis of land use and landscape ecological risks, 4.2. analysing natural and social economic factors, 4.3. optimisation suggestions for future regulatory measures and policy formulation, 5. conclusions, author contributions, institutional review board statement, informed consent statement, data availability statement, conflicts of interest.
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Research Module | Data Details | Data Sources | Web Address | Data Processing Platform | Note |
---|---|---|---|---|---|
Land use structure | Cultivated land, woodland, grassland, construction land, waters, unutilized land | Geospatial Data Cloud | “ (accessed on 24 May 2024)”. | ArcGIS, ENVI | Produced the land use by using initial Landsat series images. Landsat TM 4–5 and Landsat 8 OLI_TRIS images were downloaded through the Geospatial Data Cloud, and image preprocessing was performed by ENVI 5.2 software with supervised classification to categorise land use types into farmland, woodland, grassland, construction land, waters, and unutilized land, with an image resolution of 30 m |
Landscape Ecological Risk Drivers-Natural | Precipitation | National Meteorological Administration (NMA) | “ (accessed on 24 May 2024)”. | ArcGIS | Precipitation data ware NMA public data. Data ware obtained by free download from the National Meteorological Bureau. Visualisation of precipitation data by interpolation with ArcGIS 10.8 software |
DEM (Digital Elevation Model) | Geospatial Data Cloud | “ (accessed on 24 May 2024)”. | ArcGIS | DEM data were Geospatial Data Cloud public data and were available for download upon registration. Considering that the data were downloaded based on latitude and longitude, they also needed to be cropped according to the watershed boundaries. This was performed using the cropping module under the data management tools of the ArcGIS 10.8 software | |
Slope | Geospatial Data Cloud | “ (accessed on 24 May 2024)”. | ArcGIS | Based on the DEM data processed in ArcGIS 10.8 software, obtained by processing in the 3D analyst module of the ArcGIS Toolbox to obtain the slope data | |
Air temperature | Scientific data platform on resources and environment | “ (accessed on 24 May 2024)”. | ArcGIS | Air temperature were public data. The data were obtained from the China Meteorological Data Module of the Resource and Environmental Science Data Registration and Publishing System (RESDPS). Image projection, transformation, and resampling were carried out using ArcGIS 10.8 software to ensure an image resolution of 30 m | |
Landscape ecological risk drivers-socio-economic factors | Night light, GDP (Gross Domestic Product), population density | Scientific data platform on resources and environment | “ (accessed on 24 May 2024)”. | ArcGIS | Night light, GDP, and population density were public data. The data were obtained from the Socio-Economic Data Module of the Resource and Environmental Science Data Registration and Publishing System (RESDPS), and the image projection, transformation, and resampling were carried out in ArcGIS 10.8 software to ensure an image resolution of 30 m |
Distance from road, distance from the city | Scientific data platform on resources and environment | “ (accessed on 24 May 2024)”. | ArcGIS | Roadway data from Open Street Map, ArcGIS buffer and Euclidean distance module were used to derive the roadway distances; distance from the city was based on the Cave Creek Watershed administrative division, combined with ArcGIS 10.8 software analysis for derivation |
Name of Index | Formula | Explanation of the Meaning of the Formula | Meaning of Index |
---|---|---|---|
Landscape fragmentation index (C ) | C is the landscape fragmentation index; n is the number of patches in landscape type i; A is the area of landscape type i | Complexity of spatial distribution of landscape types after encountering external disturbances | |
Landscape fractional dimension index (F ) | n is the number of patches in landscape type i; A is the area of landscape type i in the jth risk cell; P is the perimeter of landscape type i in the jth risk cell | Complexity of the shape of landscape types at a given scale | |
Landscape separation index (N ) | N is the landscape separation index; n is the number of patches in landscape type i; A is the area of landscape type i; A is the total area of all landscapes | Level of patch heterogeneity in a particular landscape | |
Landscape disturbance index (E ) | E is the landscape disturbance index; a, b, and c represent the weight of each landscape index, a + b + c = 1. In this paper, with reference to the results of many studies, such as by Tian et al. [ ], and combined with the actual situation of the study area, the weight of a is set to 0.5, the weight of b is set to 0.3, and the weight of c is set to 0.2; C is the landscape fragmentation index; N is the Landscape separation index; F is the landscape fractional dimension index | Extent of anthropogenic disturbance of the landscape | |
Landscape vulnerability index (Q ) | The Landscape vulnerability index (LVI) was assigned to different landscape types with reference to the existing research results [ , , ]. | Sensitivity and vulnerability to and resistance to external disturbances | |
Landscape loss degree index (R ) | R is the landscape loss degree index; E is the landscape disturbance index; Q is the landscape vulnerability index | Ecological losses from external disturbance: the higher the degree of loss, the higher the degree of disturbance | |
Landscape ecological risk index (ERI ) | ERI is the landscape ecological risk index; A is the area of landscape type i in the jth risk cell; A is the area of landscape type i; R is the landscape loss degree index | Landscape ecological risk profiles reflecting changes in ecological conditions |
Relationship Description | Interaction |
---|---|
non-linear weakening | |
single-factor non-linear attenuation | |
two-factor enhancement | |
mutually independent | |
non-linear enhancement |
Land Use Type | Farmland | Woodland | Grassland | Waters | Construction Land | Unutilized Land |
---|---|---|---|---|---|---|
Farmland | 1 | 1 | 1 | 1 | 1 | 1 |
Woodland | 1 | 1 | 1 | 0 | 1 | 1 |
Grassland | 1 | 1 | 1 | 1 | 1 | 1 |
Waters | 1 | 0 | 1 | 1 | 0 | 1 |
Construction land | 1 | 1 | 1 | 0 | 1 | 1 |
Unutilized land | 1 | 1 | 1 | 1 | 1 | 1 |
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Wu, Y.; Qin, F.; Dong, X.; Li, L. Modelling Ecological Hazards and Causal Factors in the Yellow River Basin’s Key Tributaries: A Case Study of the Kuye River Basin and Its Future Outlook. Sustainability 2024 , 16 , 6977. https://doi.org/10.3390/su16166977
Wu Y, Qin F, Dong X, Li L. Modelling Ecological Hazards and Causal Factors in the Yellow River Basin’s Key Tributaries: A Case Study of the Kuye River Basin and Its Future Outlook. Sustainability . 2024; 16(16):6977. https://doi.org/10.3390/su16166977
Wu, Yihan, Fucang Qin, Xiaoyu Dong, and Long Li. 2024. "Modelling Ecological Hazards and Causal Factors in the Yellow River Basin’s Key Tributaries: A Case Study of the Kuye River Basin and Its Future Outlook" Sustainability 16, no. 16: 6977. https://doi.org/10.3390/su16166977
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