#mitigation

[tenth-sentence]

In a general sense, such processes are referred to as carbon dioxide sequestration or mitigation (Fig. 8.17):

Geological sequestration – capture of carbon dioxide from the stack gases, and pumping it into 'safe' reservoirs on land or in the oceans

Biological sequestration – growing vegetation in quantities large enough to consume amounts of carbon dioxide equivalent to that released during energy consumption. The vegetation (biomass) that is produced can itself be used as a fuel, creating a closed production/consumption cycle.

"Environmental Chemistry: A Global Perspective", 4e - Gary W. VanLoon & Stephen J. Duffy

[thrivingisthegoal]

A challenge I want to issue to Solarpunk Storytelling! Ground it!

I'm reading a lot about the role of transformative adaptation in response to disaster, and indigenous communities. There is a link in restoring cultural connections based in land, adaptation to climate change, and improved health of indigenous communities. There was also an Australian study that found that caring for the land had a dual benefit in adaptation, not only in adapting the land to respond better to climate disaster, but also in the health of Aboriginal people who worked implementing the adaptation practices.

Part of what makes it so transformative is that adaptive responses to climate change are extremely place based. You don't establish a mangrove to reduce the shock of typhoons in the American Midwest, and you don't do controlled burns in coral reefs.

I see and read a lot of fruit trees and solar panels in Solarpunk concepts, which is great, they definitely have a place in our bright future! But not everywhere in the world is going to be a sunny food forest because not everywhere can support that.

I want to see more Solarpunk narratives integrate adaptive techniques, and maybe put mitigation on top of it! Does a town's seawall have solar panels on top? Do we root mangrove forests on offshore turbines? Adaptive strategies are a part of human response to climate change, and they're grounded in place, I'd love to see more of those ideas! What kind of biome is being restored in this narrative, and how does that look different?

[galaxseacreature]

Please tell me about fish taxi and what's a culvert

Absolutely! Allow me to set the scene:

Two salmon are swimming upstream when they smack directly into a huge concrete wall. One turns to the other and says, "Dam."

...that one definitely works better out loud, with a nice flat delivery. But it's a good starting point. Unlucky salmon are doomed to deliver the punchline to this terrible dad joke. Really lucky salmon are blessed with wild rivers with no dams at all. Medium lucky salmon have to ride the salmon cannon, navigate a fish ladder, or catch the fish taxi to get upstream. These are all fish passage solutions put in place to make up for those most intimidating barriers to migration: dams.

A quick note: I'm going to continue to focus on salmon in the Pacific Northwest, because that's what I'm familiar with. Different locations with different species of fish may have other concerns or solutions related to fish passage. But it's a big deal here because salmon have to migrate upstream to lay their eggs and continue their life cycle and everyone wants there to keep being iconic and delicious salmon around.

With that out of the way, and seeing as this post is already getting long, buckle up for the fish taxi details with a side of culverts under the cut! I promise a video and a meme to liven things up before we wrap.

Fish ladders are old news. Boring. And, frankly, expensive and challenging to design well and impossible to implement at all above a certain size.

Enter the fish taxi. The idea is as simple as it is ridiculous. Just round up your fish on the downstream side, put them in a truck with a big water tank, and drive them upstream of the dam for release. Easy peasy!

In practice there's a little more to it. Puget Sound Energy operates two dams on the Baker River. Their fish trap below the lower dam is pretty fancy, and even includes an "aquatic elevator" to raise fish up into the sorting facility. There's a whole series of gates and chutes and moveable walls that direct fish into the right holding tanks before finally being loaded into the trucks.

Not to boost corporate talking points about their mitigation strategies, but it is objectively a pretty successful site and this video shows the process well:

An extra cool thing about the Baker River fish taxi is that it also runs juveniles downstream. That may sound obvious but it's a huge improvement over old strategies like "hopefully some of them survive tumbling down the spillway or through the turbines." Ok, most dams have some form of bypass around the turbines, and the spillway is often the safer-than-it-looks intended route, but it still seems rough being a small fry. Getting rounded up in the floating collector and taking a taxi ride downstream starts to sound pretty good, all things considered.

Whew! That's the story of the fish taxi!

I'm going to try to keep culverts short (for now) because they're much less sexy. Normal people almost never think about culverts, but they cross them every day. Culverts are the pipes that carry water under roads. Although they aren't just pipes, they can be box or arch shaped structures and made of a variety of materials...but I digress! Basically any time a road crosses water that doesn't rate a bridge, there's a culvert. Some are just to drain runoff. Many driveways have a small culvert for the roadside ditch. But some are larger and allow entire streams to pass under the road. If they're sized appropriately, set at the right height to prevent a water surface drop, and not sloped too steeply, culverts can be completely passable and fish friendly! Alas, they often are not. Dams may be the largest structures that act as fish passage barriers, but culverts are by far the most numerous.

Washington Department of Fish and Wildlife inventories fish passage barriers to salmon and steelhead and estimates some 18,000-20,000 statewide. This is almost certainly on the low end. I mean, just imagine how MANY roads there are, and how MUCH water there is in Washington, a famously wet place. They intersect a lot. If you want to get a sense of the scale, there's a public facing, interactive map of WDFW-identified barriers here. Most of the points are culverts. Only the green points are fully fish passable. There are probably lots more points that haven't been surveyed at all yet. So yeah

[ID: "X, X Everywhere" Meme of Woody and Buzz from Toy Story reading "Culverts. Culverts everywhere." End ID]

Anyone who made it to the end has my gratitude and is welcome to use the very unofficial title of "Junior Fish Passage Nerd" any time they want. And if you made it here and are still interested in hearing about culverts or fish passage more generally...well, you know where to find me!

[spacenutspod]

**Episode Summary:** Join Charlie on a cosmic voyage with today's episode of Astronomy Daily - The Podcast, as we delve into the latest space sector upheavals and triumphs. We'll celebrate the Angara A-5 rocket's ascent on its third attempt, a testament to Russia's tenacity in space. We'll unpack the sudden suspension of NASA's TESS satellite and its implications for exoplanet discovery. Our journey also navigates the innovative solutions to the looming threat of orbital debris and the fascinating crater analysis research that's rewriting the histories of moons in our solar system. Plus, we'll offer a glimpse into ESA's meticulous preparations for the JUICE mission's future encounter with Jupiter's moon Callisto. Fasten your seatbelts for an episode that takes you from the Russian Far East to the outer reaches of our celestial neighborhood. --- **Featured Topics:** 1. **Angara A-5's Triumphant Third Launch:** Witness the determination of Russia's space program as the Angara A-5 successfully launches, signaling a new chapter in the country's space endeavors. 2. **NASA's TESS Satellite Setback:** Explore the temporary halt of NASA's planet-hunting TESS and what it means for our search for Earth-like exoplanets. 3. **Combatting Orbital Debris:** Learn about the cutting-edge methods being developed to ensure the safe reentry of satellites and the preservation of our planet's orbital environment. 4. **Crater Analysis and Moon Dating:** Delve into the research that uses crater counting to determine the age of moons and uncover the dynamic history of our solar system. 5. **ESA's JUICE Mission Prepares for Callisto:** Get a sneak peek at how ESA's mission control is gearing up for the JUICE spacecraft's future flyby of Jupiter's intriguing moon, Callisto. --- **Additional Information:** For an uninterrupted cosmic experience, visit astronomydaily.io to explore our extensive library of episodes and sign up for our free newsletter. Stay connected with the Astronomy Daily community by following us on X (formerly known as Twitter) @AstroDailyPod. This episode is brought to you with the support of NordPass - the password manager you need in your life. We use it every day and can't recommend it highly enough. Plus by using our special deal it won't cost very much money... details at www.bitesz.com/nordpass --- **Closing Remarks:** As we conclude this stellar journey, we thank you for your company on Astronomy Daily - The Podcast. May your curiosity continue to be fueled by the stars and the endless wonders of the universe. This is Charlie, your guide to the cosmic wonders, signing off. Until our next celestial rendezvous, remember to keep looking up. --- **Host Sign-off:** Charlie: "Thank you for joining us on this interstellar exploration. Until the next episode, this is Charlie, signing off. Keep the cosmos in your thoughts and the spirit of discovery in your heart. Clear skies and Godspeed!" For more visit www.astronomydaily.io Become a supporter of this podcast: https://www.spreaker.com/podcast/astronomy-daily-the-podcast--5648921/support. Show notes created by https://headliner.app --- Episode Chapters (00:00) Astronomy Daily podcast features the latest in space exploration and technology (01:19) Russia's Angara a five rocket successfully launched on its third attempt (03:32) NASA's transiting Exoplanet survey satellite temporarily paused operations (05:48) New methods being put into practice to curb space debris concerns (08:21) The dating of moons within our solar system is an intricate puzzle (10:56) European Space Agency's juice mission aims to explore Jupiter's moon Callisto (13:17) Thank you for listening to Astronomy daily podcast

[j-august]

The man in the ancient story trembled and paused over the scattered limbs of his child, and failed in the pursuit, -- the true penitent rushes over the mangled members of nature and passion, collects them with a hand in which there is no pulse, and a heart in which there is no feeling, and holds them up in the face of the Divinity as a peace offering. Mine is the best theology, -- the theology of utter hostility to all beings whose sufferings may mitigate mine.

Charles Robert Maturin, Melmoth the Wanderer

[pandemic-info]

Never believe minimizers who lie and say there’s nothing more we can do to mitigate the spread of COVID. Scientists are working on better vaccines, masks, clean air tools, treatments, and tests that could all be game-changers. What we lack is the political will.

(1) Dr. Lucky Tran on Twitter

[tapuwadangarembizi]

Tapuwa Dangarembizi: An Inspiring Journey of a Sustainable Energy Advocate

Individuals like Tapuwa Dangarembizi are shining examples of hope and inspiration in a world that needs sustainable energy solutions immediately. Dangarembizi has dedicated his life to advocating for renewable resources, addressing climate change, and ensuring a brighter future for generations to come as a passionate advocate for sustainable energy. His journey illustrates the topic, Tapuwa Dangarembizi What is the importance of sustainable energy that everyone needs to understand?

Dangarembizi's Mission to Educate About Sustainable Energy

Dangarembizi devoted himself to a variety of sustainability initiatives after finishing his education. He passionately formed alliances with communities, championing the development of renewable energy modalities such as solar panels, reducing reliance on decreasing fossil fuel sources while increasing energy accessibility. Using a variety of methods, he spread knowledge about the numerous benefits of sustainable energy systems, organizing social gatherings and enlightening educational initiatives, which emphasizes its beneficial effects on the environment and the human experience.

The Importance of Renewable Energy: Reasons to Learn About and Support Sustainable Energy

The journey of Tapuwa Dangarembizi sheds light on the significance of renewable energy sources in the context of addressing the most urgent problems facing the world today. A few of the most important reasons why everyone should learn about and support sustainable energy are as follows:

Climate Change Mitigation: Electricity generation facilities that burn fossil fuels to create electricity are an important factor contributing to global warming because of the greenhouse gases they release. On the other hand, renewable energy sources like solar, wind, and hydropower give us lesser carbon footprints and have the upside of helping to make serious progress toward achieving the reduction of global emissions.

Energy Access and Equity: Energy access for underprivileged communities around the world can be significantly enhanced by adopting sustainable energy solutions. By bridging the energy gap, it provides people everywhere with access to affordable, reliable electricity and gives them authority over their own energy futures. Creating a sustainable and fair energy future for the world requires prioritizing renewable resources.

Energy Security: When countries find themselves dependent on a limited supply of fossil fuels, their energy security is threatened because they are more vulnerable to market fluctuations and political unrest. Countries can seek to accomplish and strengthen their energy security by diversifying their energy portfolios and reducing their reliance on imported fossil fuels by adopting the use of renewable energy sources.

Environmental Preservation: The future of our planet's environment is at stake. The air we breathe and the water we drink are tainted by conventional energy sources. Once lush forests are collapsing before our very eyes. Sustainable energy, on the other hand, shines like a light by protecting ecosystems, contributing to biodiversity, and keeping our planet habitable for future generations to inherit.

Wrapping up!

In pursuit of sustainable energy solutions, Tapuwa Dangarembizi's journey illustrate the ability of individuals to effect change. By understanding and supporting sustainable energy, we can all work toward a greener, more sustainable future. It is a moral responsibility to support renewable energy sources, encourage energy conservation, and lobby for policies and following Leading the Way to a Green Horizon - Tapuwa Dangarembizi's Sustainable Energy Breakthroughs that will accelerate the transition of economies around the world to ones that are powered by clean energy.

[railsafetygirl]

What is the significance of this lock?

You could say it is a “key” part of railway road safety. When a train requires maintenance and is coming in to the depot, the road it is travelling on is required to be secured shortly after arrival in addition to shutting down the engine and chocking .

On each road is a lock box where maintenance personnel working on the particular road put their lock on and have a photo identifying the lock owner and remove the key so no one can remove the lock and unlock the road. By putting locks on and taking the keys with each person with the lock , it is a fail safe system to ensure the road cannot be unlocked and put personnel working on the train in danger .

There are different coloured locks representing different maintenance personnel working on the train

Red -Employee locks (like in the above photo)

Orange -Contractors

Black-Master lock that can unlock the other locks

Green- Shift supervisor’s lock that goes in the inside of the lockbox and can’t be taken out until each individual lock is taken off on the outside

Purple- Represents a shift change over

[ninjakittycomics]

the post holidays wave is here. It was probably building since Thanksgiving.

Masks(especially in mass transit), caution about where y'all hang out, good ventilation, avoiding extra crowds... Y'all know the drill.

Data source: https://pmc19.com/data/

[marketmavenshub]

AI in Cybersecurity: Revolutionizing Threat Detection and Defense

The Role of AI in Cybersecurity: Enhancing Threat Detection

As cyber threats continue to evolve and become increasingly sophisticated, traditional cybersecurity measures are no longer enough to keep pace. This is where Artificial Intelligence (AI) comes in – revolutionizing the way we detect and defend against cyber threats.

In this blog post, we’ll delve into the world of AI-powered cybersecurity, exploring how machine learning algorithms and natural language processing can be leveraged to identify and mitigate threats in real-time. We’ll also examine the benefits of AI-driven cybersecurity, including enhanced threat detection, improved incident response, and reduced false positives.

Whether you’re a cybersecurity professional, a business leader, or simply someone interested in staying ahead of the cyber threat curve, this post will provide you with valuable insights into the exciting world of AI-powered cybersecurity.

TO KNOW MORE ABOUT AI CLICK HERE

The Role of Artificial Intelligence in Modern Cybersecurity

In today’s digital age, cybersecurity has become a cornerstone of business and personal safety. The emergence of AI in cybersecurity has marked a turning point in combating sophisticated cyber threats. By mimicking human intelligence, artificial intelligence enables systems to predict, detect, and respond to threats faster and more accurately than traditional methods. This paradigm shift is not only transforming how organizations protect sensitive data but also shaping the future of cybersecurity as a proactive discipline.

TO KNOW MORW ABOUT CYBERSECURITY CLICK HERE

How AI Enhances Threat Detection and Mitigation

Threat detection using AI has revolutionized the way cyber risks are identified. Traditional systems rely on static rules and signatures, which are often insufficient to tackle evolving threats. In contrast, AI-based systems use dynamic pattern recognition to identify anomalies and potential vulnerabilities. Machine learning algorithms analyze vast datasets to pinpoint irregularities that could indicate a breach.

For example, AI-driven tools monitor network traffic in real time, flagging suspicious activities that deviate from normal patterns. This enables faster mitigation, reducing the window of opportunity for cybercriminals. By employing predictive analytics, these tools also provide insights into potential vulnerabilities, empowering organizations to take preemptive actions.

AI-powered Solutions for Real-time Cyber Defense

The advent of AI-powered cyber defense has significantly enhanced real-time protection capabilities. Unlike traditional methods that react to incidents post-occurrence, AI-based systems operate proactively. These solutions leverage AI’s ability to process data at unprecedented speeds, enabling real-time threat assessment and response.

For instance, AI can autonomously isolate compromised systems to prevent lateral movement of malware. It also facilitates quicker incident response by automating routine tasks, allowing cybersecurity teams to focus on complex challenges. Additionally, AI-powered platforms integrate with existing security frameworks, creating a cohesive defense mechanism that evolves alongside emerging threats.

Machine Learning and Its Impact on Cyber Threat Prevention

Machine learning in cybersecurity plays a pivotal role in threat prevention by continuously learning from past incidents. These systems adapt over time, becoming more effective at identifying and neutralizing threats. Unlike traditional approaches, machine learning models improve with more data, enhancing their accuracy in detecting zero-day vulnerabilities and advanced persistent threats (APTs).

Machine learning algorithms analyze user behavior, system logs, and historical attack patterns to identify potential risks. By creating a baseline of normal activity, they can flag deviations that might indicate a security breach. This proactive approach ensures that even previously unknown threats can be identified and mitigated before causing significant damage.

The Benefits of Automated Security Systems in Combating Cyber Threats

Automated security systems with AI are transforming how organizations combat cyber threats. These systems reduce human dependency by automating repetitive tasks such as malware analysis, threat hunting, and patch management. Automation not only improves efficiency but also minimizes the risk of human error, a common factor in security breaches.

Moreover, automated systems provide 24/7 monitoring, ensuring uninterrupted protection. They can handle large volumes of data, making them ideal for enterprises with complex IT infrastructures. By automating routine processes, cybersecurity teams can allocate their resources to strategic initiatives, enhancing overall security posture.

Future of AI in Cybersecurity: What to Expect

The future of AI in cybersecurity promises even greater advancements. As cyber threats continue to evolve, AI technologies are expected to become more sophisticated, enabling faster and more accurate threat detection. Emerging trends include the integration of deep learning models, which can analyze unstructured data such as images and videos for potential threats.

Another significant development is the use of AI in predictive analytics, which will allow organizations to anticipate and prevent cyberattacks before they occur. Additionally, AI-powered tools will become more accessible, enabling small and medium-sized businesses to bolster their security measures.

However, the growing reliance on AI also raises concerns about its misuse by cybercriminals. As attackers adopt AI to develop more advanced malware and phishing campaigns, the cybersecurity industry must stay ahead by innovating continuously.

Conclusion

The integration of AI in cybersecurity is reshaping how organizations approach threat detection and defense. From threat detection using AI to AI-powered cyber defense, artificial intelligence offers unparalleled capabilities in identifying and mitigating risks. Technologies like machine learning in cybersecurity and automated security systems with AI are paving the way for a proactive and resilient security landscape.

As we look to the future, it is evident that AI will play a central role in combating cyber threats. By embracing these advancements, organizations can stay ahead in the ongoing battle against cybercrime, ensuring the safety of their digital assets and infrastructure.

[meoun-uk]

London's Cybersecurity Landscape: Trends, Threats, and Mitigation StrategiesLondon's Cybersecurity Landscape: Trends, Threats, and Mitigation Strategies London, being a global ... https://www.meoun.uk/londons-cybersecurity-landscape-trends-threats-and-mitigation-strategies/?feed_id=136984&_unique_id=677673acd2780

[lookitthefuckup]

I didn't believe that's what these things are called! The official box is somewhat fancier:

Practical tip for those dealing with wildfire smoke now: you can make a very effective air filter for a reasonable amount of money using a box fan & one of those filters meant for your furnace.

Also, I've managed to pick up 2 of the box fans for very cheap/free from yard sales. Make sure you get a filter rated for wildfire smoke, I think this one cost about $20.

These make a huge difference in the indoor air quality.

[oestermann]

Zukünfte (14): Anpassungen anpassen

Anpassung ist immer und überall. Die alltäglichen, kurzfristigen Anpassungen reichen angesichts der Metakrise nicht aus. Wie passt sich die Anpassung an?

Anpassung ist immer und überall. Die Gewerkschaften kämpfen für die Anpassung von Löhnen und Gehältern. Die EZB beschließt eine Anpassung des Leitzinses. Der Blitzer am Straßenrand erinnert uns an die Anpassung der Geschwindigkeit. Neu im Team, passen wir uns an die etablierten Spielregeln und Gepflogenheiten an. Volkswagen verpasst die Anpassung an die veränderten Automärkte der…