Industry-relevant training in Business, Technology, and Design to help professionals and graduates upskill for real-world careers.
Fun, engaging games to boost memory, math fluency, typing speed, and English skills—perfect for learners of all ages.
Enroll to start learning
You’ve not yet enrolled in this course. Please enroll for free to listen to audio lessons, classroom podcasts and take practice test.
Listen to a student-teacher conversation explaining the topic in a relatable way.
Today, we'll explore the challenges Bangladesh faces due to its geographic location, especially after becoming independent in 1971.
Can you explain why Bangladesh is particularly vulnerable to disasters?
Yes, Bangladesh's extensive backwaters and coastal regions make it prone to floods and salinity issues. This is aggravated by poor infrastructure.
What have agencies like UNICEF been doing to help?
UNICEF has been working to improve access to drinking water and addressing the risks associated with saline water and arsenic contamination.
What are the health implications of these water issues?
The implications include chronic diseases, diarrhea, and severe impacts on both mental and physical health. We need to address these issues immediately.
That's alarming! What can be done about it?
Innovations such as rainwater harvesting can provide sustainable solutions. Let's discuss how these technologies are adopted.
In summary, Bangladesh faces significant challenges, but organizations are innovating solutions to improve recovery and response.
Now, let’s talk about the innovations that help address these challenges, such as rainwater harvesting technologies.
What is AmaMizu and how does it work?
AmaMizu is a rainwater harvesting system that collects and stores rainwater for later use. This can significantly improve water availability.
How can such technology be implemented across rural areas?
The challenge is to ensure that these technologies reach rural populations. It requires effective diffusion strategies and awareness.
What role do innovators play in this process?
Innovators are crucial as they lead the adoption of new technologies. They can demonstrate effectiveness and reduce perceived risks.
How can we measure the success of these implementations?
Success can be measured through community feedback and health improvements. Sharing experiences can also help gain broader acceptance.
To summarize, the diffusion of technology in Bangladesh is heavily reliant on innovators who can guide communities and enhance trust.
Let’s delve into the risks involved in adopting new technologies like AmaMizu.
What risks are we talking about?
Adopting new technology comes with uncertainties, including potential failure or side effects that could impact the community.
How do people decide whether to adopt a technology?
Decision-making often involves seeking feedback from early users. Their experiences can significantly influence others’ perceptions.
What if the information is unreliable?
That's a real concern! Information overload can lead to confusion. It's crucial to have trusted sources for guidance.
How do we ensure the right information is communicated?
Communication strategies should be clear and robust. Regular updates and community engagement can build trust.
In conclusion, the decision to adopt new technology hinges on risk perceptions and reliable information sources.
Read a summary of the section's main ideas. Choose from Basic, Medium, or Detailed.
The chapter discusses the context of disaster recovery in Bangladesh, focusing on the diffusion of new technologies aimed at addressing water-related challenges in flood-prone areas. It underscores the role of innovators in promoting these technologies and the risks associated with adopting them.
This section addresses the significance of disaster recovery in Bangladesh, particularly following its independence in 1971. The country has faced considerable challenges due to its geographic location, with areas prone to floods and saline water, leading to public health issues such as arsenic contamination and water salinity. The narrative outlines the efforts by agencies like UNICEF to improve drinking water access and the introduction of technologies like rainwater harvesting (AmaMizu) developed in Japan. Aspects of technological diffusion are discussed, emphasizing the role of early adopters and innovators in leading these changes. The section concludes with a focus on the challenges and risks involved in implementing new technologies, along with a discussion on how information sharing and public perception can influence adoption rates.
Dive deep into the subject with an immersive audiobook experience.
Signup and Enroll to the course for listening the Audio Book
Welcome to the course, disaster recovery and build back better, my name is Ram Sateesh, I am an Assistant Professor in Department of Architecture and Planning, IIT Roorkee. Today, I am going to deliver a lecture which has actually been prepared by Dr. Subhajyoti Samaddar from Kyoto DPRI, Kyoto University. So, because of his non-availability, I am trying to learn from what he has worked.
The section begins with an introduction to the lecturer and the topic at hand, focusing on the crucial aspects of disaster recovery and making communities more resilient in the face of challenges. Bangladesh's historical context of independence from Pakistan in 1971 is also highlighted, indicating the struggles and development endeavors of the country since that time.
Consider the story of a person who has just moved to a new city after a significant life change, like a divorce or job loss. They face many challenges, including finding a place to live and reconnecting with their community. Just as this person learns from previous experiences and from friends, Bangladesh has been learning to recover and improve from its past disasters.
Signup and Enroll to the course for listening the Audio Book
Bangladesh has a heritage laid in a very rich ecosystem of the Sundarbans, and this whole part is you have all these backwaters, and much of this area has been prone to the floods, and part of it is on to the coastal side and as well as the backwater areas.
Bangladesh is not just defined by its history but also by its unique ecosystems, particularly the Sundarbans, which play a significant role in its biodiversity and cultural identity. However, the geographical setting also makes the region susceptible to natural disasters like floods and cyclones, posing ongoing risks to the population and infrastructure.
Think of Bangladesh as a beautiful but fragile flower growing in a garden; while it has vibrant petals (its rich culture and ecological diversity), it is vulnerable to storms and heavy rain that can easily damage it. Proper care and planning are needed to protect it from environmental threats.
Signup and Enroll to the course for listening the Audio Book
After becoming independent, a lot of development programs have been worked, and UNICEF has been working with the Bangladesh government sector in order to promote various vulnerable situations in the flood-prone areas and as well as the disaster affected areas, and one of the major concerns here is the water and the drinking water risks.
Following its independence, Bangladesh initiated significant development programs aimed at improving the lives of its citizens, particularly in regions that are vulnerable to flooding. Organizations like UNICEF collaborated with the government to address specific challenges, particularly related to safe drinking water, which has been a critical issue in flood-affected areas.
Imagine a local community facing a water shortage after a drought. Just as they may receive help from non-profit organizations to deliver clean water and establish sustainable solutions, Bangladesh has enlisted the support of international agencies to tackle its pressing water issues.
Signup and Enroll to the course for listening the Audio Book
...But from 1980s, in the 1990’s, due to various other factors with the climate change or the industrial aspects of it, this is where they have faced with 2 important problems, one is the arsenic contamination which is evident from the groundwater resources and the water salinity.
In the later part of the 20th century, as environmental and industrial changes occurred, Bangladesh faced significant challenges from arsenic contamination of groundwater and increased salinity levels in drinking water sources, especially in coastal areas. These issues posed serious health risks to the population, requiring urgent attention and innovative solutions.
Imagine living in a town where the main water supply suddenly becomes contaminated, making it unsafe to drink. The townspeople would have to find new sources of clean water, just as Bangladesh is seeking solutions to its contaminated water crisis.
Signup and Enroll to the course for listening the Audio Book
One innovation that came into the picture is Amamizu, which is a kind of innovation as a Japanese technology; it talks about rainwater harvesting.
To combat the pressing water issues, innovative solutions like the Amamizu technology were introduced. This Japanese technique focuses on harvesting rainwater by capturing it in tanks for later use, thereby providing a necessary alternative water source for communities affected by salinity and contamination.
Consider a household that installs a barrel to collect rainwater from its roof. This water can then be used for gardening or washing, enhancing the family's resilience during dry spells. Similarly, the Amamizu technology serves communities in Bangladesh by helping them gather and safely store water.
Signup and Enroll to the course for listening the Audio Book
Now, if you look at the map... the challenge is how to diffuse this technology to a larger set up to a larger the whole nation.
While innovations like rainwater harvesting provide viable solutions, a significant challenge lies in effectively disseminating this technology across various communities in Bangladesh. It requires understanding local needs, cultural contexts, and developing effective channels for information transfer so that these technologies can reach those who need them most.
Think of introducing a new health program in a school: it’s not enough just to have a great idea; teachers, parents, and students must all be informed and trained for it to succeed. Like this, the success of water-harvesting technologies depends on effective communication and community engagement.
Signup and Enroll to the course for listening the Audio Book
But first thing is one has to look at; it is a very risky decision whether to take it or not.
Adopting new technology often comes with risks, such as uncertainty about effectiveness or potential side effects. Communities may hesitate to implement innovations without clear information, making it crucial to assess risks and share insights from early users who have already tried the technology.
Consider someone trying a new cooking appliance. They may be nervous about how well it works until they see others using it successfully. This hesitation mirrors communities' cautious approach to adopting new technologies until they receive favorable feedback.
Signup and Enroll to the course for listening the Audio Book
So, this is where the information seeking, we are able to seek some information and we are able to process it development or activity.
The process of adopting new technologies involves seeking information—understanding how they work, what risks are involved, and how others have experienced them. This collective knowledge shapes decision-making, leading to gradual acceptance and implementation.
When someone wants to purchase a gadget, they often check reviews and ask friends for opinions. This approach to gathering opinions and insights reflects how communities navigate the decision-making process for adopting new technologies.
Signup and Enroll to the course for listening the Audio Book
The earlier innovators, we call them as innovators because these are the first people who started using it, they might have taken a high risk to take this as how this particular product is going to work.
In the adoption cycle, early adopters are those who embrace innovations first and often take on more risks without knowing the final outcomes. Their experiences can influence later users, who typically wait for others to demonstrate the technology's practicality and safety.
Think of a new smartphone release: the first buyers may be enthusiasts willing to try it out. Their reviews and experiences will sway future buyers who can learn from their insights before making a decision.
Learn essential terms and foundational ideas that form the basis of the topic.
Key Concepts
Disaster Recovery: The processes and strategies employed to return to normalcy after a disaster.
Technology Diffusion: The spread of new technologies and practices within communities.
Health Impact of Water Issues: Chronic health problems arising from poor water quality.
See how the concepts apply in real-world scenarios to understand their practical implications.
The introduction of rainwater harvesting tanks in rural villages of Bangladesh.
Innovative community programs led by UNICEF to teach families about safe drinking water.
Use mnemonics, acronyms, or visual cues to help remember key information more easily.
In Bangladesh where waters rise high, rainwater harvesting helps many dry.
Once in Bangladesh, people drank salty tears until they found a clever way to catch rainwater and heal their fears.
R-A-S: Risks, Adoption, Salinity - remember these when thinking about technology in disaster recovery.
Review key concepts with flashcards.
Review the Definitions for terms.
Term: AmaMizu
Definition:
A rainwater harvesting technology developed in Japan, designed to collect and store rainwater for use in communities.
Term: Diffusion of Innovation
Definition:
The process by which a new idea or technology spreads within a community or society.
Term: Salinity
Definition:
The concentration of salts in water, which can affect its suitability for drinking.
Term: Arsenic Contamination
Definition:
The presence of arsenic in drinking water sources, posing serious health risks.
Term: Early Adopters
Definition:
Individuals or groups who are among the first to adopt a new technology, helping to spread its use.