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About the Wildfires Prize Design
The Wildfires Prize Design is an ambitious initiative that aims to identify transformative breakthroughs, with the purpose of incentivizing individuals and groups to implement them.
This project uses multiple methodologies to assess the current landscape of wildfire response, to ensure we design a Wildfires prize that drives scalable innovation that can rapidly detect and extinguish wildfires; a fully integrated autonomous system that detects, responds and suppresses wildfires, before escalation into a large fire event.
The final product of this process of researching and discussions, the Prize Design, will provide the outline of what the winning team must accomplish to be awarded the prize.
Join this online community of experts to get involved, and share your wisdom with the crowd!
The Challenge
Wildfires present a complex, daunting and catastrophic challenge in today's world. Threatening lives and costing billions in economic damages, the problem will continue to get worse as temperatures rise globally.
How can we improve wildfire detection and response?
The Goal
We are designing an XPRIZE to accelerate and scale innovation that unlocks possibilities to rapidly detect and extinguish wildfires.
The Prize Design will provide the outline of what the winning team must accomplish to be awarded the prize and define the parameters of the XPRIZE competition. It is audacious, yet achievable.
Your Role
The community is currently debating the challenges and opportunities associated with improving Wildfire response and driving new innovation.
We invite you to join us and other experts from around the world to share your wisdom with the crowd and advise us on the design of this XPRIZE Wildfires Prize Design!
What's in it for you
We know your time is precious, and we appreciate your participation and input.
None of the other benefits below come close to the reward of knowing that you contributed to a truly transformative breakthrough.
We will regularly announce the most prolific community members to recognize their contributions. Participation allows you to:
Community rewards are announced at the end of each month.
XPRIZE team
This Prize Design is led by @DanSelz , @DavidPoli and @Eti Shechtman. @NickAzer manages the online community.
Need help?
See the FAQ for answers to frequently asked questions.
If your questions isn't answered there, or you need help, please leave a comment here or contact the community manager, @NickAzer, via nick.azer@xprize.org.
This project uses multiple methodologies to assess the current landscape of wildfire response, to ensure we design a Wildfires prize that drives scalable innovation that can rapidly detect and extinguish wildfires; a fully integrated autonomous system that detects, responds and suppresses wildfires, before escalation into a large fire event.
The final product of this process of researching and discussions, the Prize Design, will provide the outline of what the winning team must accomplish to be awarded the prize.
Join this online community of experts to get involved, and share your wisdom with the crowd!
The Challenge
Wildfires present a complex, daunting and catastrophic challenge in today's world. Threatening lives and costing billions in economic damages, the problem will continue to get worse as temperatures rise globally.
How can we improve wildfire detection and response?
The Goal
We are designing an XPRIZE to accelerate and scale innovation that unlocks possibilities to rapidly detect and extinguish wildfires.
The Prize Design will provide the outline of what the winning team must accomplish to be awarded the prize and define the parameters of the XPRIZE competition. It is audacious, yet achievable.
Your Role
The community is currently debating the challenges and opportunities associated with improving Wildfire response and driving new innovation.
We invite you to join us and other experts from around the world to share your wisdom with the crowd and advise us on the design of this XPRIZE Wildfires Prize Design!
What's in it for you
We know your time is precious, and we appreciate your participation and input.
None of the other benefits below come close to the reward of knowing that you contributed to a truly transformative breakthrough.
We will regularly announce the most prolific community members to recognize their contributions. Participation allows you to:
- Network with diverse stakeholders;
- Brainstorm with top experts;
- Promote your work;
- Earn rewards, such as online gift cards and XPRIZE gift boxes; and
- Be featured in XPRIZE blogs and podcasts.
Community rewards are announced at the end of each month.
XPRIZE team
This Prize Design is led by @DanSelz , @DavidPoli and @Eti Shechtman. @NickAzer manages the online community.
Need help?
See the FAQ for answers to frequently asked questions.
If your questions isn't answered there, or you need help, please leave a comment here or contact the community manager, @NickAzer, via nick.azer@xprize.org.
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Comments
So I feel the regions where forest fires start is many times close to human habitation....
And there is a ritual in India during the Springtime where Tribals collect Dry Wood from the forests and sell it to communities which organize bonfires during the first day of HOLI festival.
This is a community event where farmers celebrate the end of one cropping phase and also decide the crops that they need to select for the coming season. Also, the wood-ash left from the bonfire could be used to increase the PH levels of soil.
So if this network is built - between tribals and farmers - this would help manage forest fires based on human intelligence.
The second part is using Remote Sensing Analysis for figuring out how much water content is in the forest trees - that might help understand the regions to plan intervention. For example, using indexes like NDVI and NDWI to locate regions with low water content. Though NDVI or NDWI cannot penetrate the forest canopy, other thematic classifications could be used to understand the presence of dry foliage in the region.
Then I feel human intervention could be planned in those regions, like the steps I explained in the previous steps. This would prevent massive forest fires in the region.
I came across this paper to predict fire by moisture in air and other data.
http://www.publish.csiro.au/wf/WF19023
This is about a gel that could prevent fires and can work for long time ,also organic https://www.sciencealert.com/scientists-create-a-sprayable-gel-that-acts-like-a-vaccine-for-wildfires?fbclid=IwAR1dEq21b_08Cr7do_CNfC0yIOtvabkbGUSiTJHPJenbD0lWw0hzR7J1eik
www.RoboticVectorControl.com my own patent.