#earthflow

[spiritheyregone]

Two zones of fissuring resulting in vertical displacements in the region of N 10th Street, Fargo. March, 2000. (ndsu.edu)

[dadodo]

costumes for various villainesses, demonesses and other supernatural creatures in Journey to the West (1986)

costume design by Wang Yunqi

[vdreamblood]

I’m nothing if not a trend follower so wizzy heights woo!!

Victoria Dalton, Death: 5’10 but with heels probably 6’0

Amy Goldshield, Fire: 5’5

Rowan Earthflower, Life: 5’1 (and a HALF)

Nora Ravenblood, Ice: 6’4

Emmaline Storyweaver, Balance: 5’6

Valerian Windwielder, Storm: 6’0 (he’s lying to you he is 5’9)

Yes Victoria is the only one who I gave an original last name to. She’s my favorite child.

[m0dernchr0n1cles]

新神榜：孙太子 Character List

Jounrey to the West villains

Credit & thanks to @ryin-silverfishfor letting me borrow their idea for the Nine-Headed Demon. Check out their fanfic: The Serpent and the Deluge

Gold Horn Demon King 金角大王 & Silver Horn Demon King 銀角大王

Attendants of Laozi 老子/Taishang Laojun 太上老君

Images from Journey to the West (1986) & LEGO Monkie Kid

Nine-Headed Beast 九頭蟲

Prince Consort the Bibo Lake 碧波潭 of Jisai 祭賽國 Descendant of Xiangliu 相柳 Younger brother of the Nine-Headed Pheasant Spirit 九头雉鸡精

Image from LEGO Monkie Kid

Lady Earthflow 地涌夫人

Gold-Nosed Albino Rat Spirit 金鼻白毛老鼠精 Half-GuanYin 半截觀音 Adoptive daughter of Li Jing

Image from Journey to the West (2011)

Hundred-Eyed Demon 百眼魔君

Daoist of Yellow Flower Temple 黃花觀 Elder Sworn Brother to the Spider Demonesses 蜘蛛精

Image from Black Myth: Wukong & LEGO Monkie Kid

Yellow Wind Sage 黃風怪

The marten spirit Master of the Samadhi Wind 三昧真風

Image from Black Myth: Wukong

Black Wind Demon 黑風怪

Black Bear Spirit 黑熊精 Guardian under Guan Yin 觀音

Images from Black Myth: Wukong

Red Boy 紅孩兒

Son of Bull Demon King 牛魔王 & Princess Iron Fan 鐵扇公主 Master of the Samadhi Fire 三昧真火 Disciple of Guan Yin 觀音 Younger Sworn Brother of Longnü 龍女 & Black Bear Spirit 黑熊精

Image from Black Myth: Wukong, Journey to the West (1986), LEGO Monkie Kid, DC Monkey Prince #0

[quirkwizard]

How would a Quirk based on Absol work?

Ah, yes, the edgiest, most Square Enix looking Pokémon until Darkrai came to take it's place. And one I greatly enjoy and would be more then happy to make a Quirk based around it.

I see it working as a Mutant type Quirk gives the user a black horn on their forehead. This horn helps the detect feel major ecological changes in their environment through various avenues, similar to an animal. In effect, this can let the user detect incoming disasters before they happen. The user can feel the scale and nature of the disaster, such as knowing the difference between a tornado and a rockslide. This extends to a general idea of where and when the disaster will pop up and move to, such as a hurricane suddenly moving somewhere up the coastline. This can even be affected by Quirks targeting the environment, like "Whirlwind" or Earthflow", helping the user predict their actions. This gives the user a good mix of support and utility, being able to warn anyone of any incoming disaster and helping them prepare. If nothing else, it can be useful to predict enemies whose Quirks are changing the environment. Though this doesn't give the user any real means to counteract the incoming danger, only be aware of it, and it works far better with large-scale natural phenomena. This can give the user strong headaches proportional to the incoming effect. A possible name for the Quirk could be "Onset" or Hazard Horn".

[gabion-manufacturers]

Understanding Slope Failure: Causes, Types, and Warning Signs

Slope failure, also known as landslides, is a natural geological process that can have devastating consequences. Understanding the causes, types, and warning signs of slope failure is crucial for effective prevention and mitigation. This knowledge is especially vital for homeowners, developers, and anyone living or working in areas prone to landslides. Early detection and proactive Slope Stabilization Solutions can save lives and property.

Causes of Slope Failure:

Several factors can contribute to slope instability and eventual failure. These include:

               Natural Factors: 

Heavy Rainfall: Saturated soil becomes heavier and loses its shear strength, making it susceptible to sliding.

Earthquakes: Seismic activity can trigger landslides, even on relatively stable slopes.

Weathering and Erosion: The gradual breakdown of rocks and soil weakens slopes over time.

Geological Factors: Soil type, rock structure, and slope angle play significant roles in stability. Human-Induced Factors: 

Deforestation: Removal of vegetation reduces root systems that hold soil together.

Construction Activities: Excavations, grading, and improper drainage can destabilize slopes.

Overloading: Adding excessive weight to a slope, such as from buildings or fill material, can lead to failure.

Improper Drainage: Poorly designed drainage systems can concentrate water in vulnerable areas.

Types of Slope Failure:

Slope failures can manifest in various forms, each with its own characteristics:

Falls: These involve the detachment and free fall of rocks or debris. Rockfall mitigation strategies, such as Rockfall barriers, are essential in areas prone to this type of failure.

Slides: Slides occur when a mass of soil or rock moves along a distinct failure surface. They can range from shallow debris slides to deep-seated rotational slides.

Flows: Flows involve the movement of soil or rock as a viscous fluid. Examples include mudflows, debris flows, and earthflows.

Creep: Creep is a slow, gradual downslope movement of soil or rock. While not as dramatic as other types of failures, it can cause significant damage over time.

Warning Signs of Impending Slope Failure:

Recognizing the warning signs of an impending landslide is critical for taking timely action. These signs may include:

Visible Cracks: New cracks or widening of existing cracks in the ground, roads, or structures.

Bulging Slopes: Noticeable swelling or bulging at the base of a slope.

Tilting Trees or Poles: Leaning trees, fences, or utility poles.

Water Seepage: Unusual or increased water flow from slopes or springs.

Soil Creep: Evidence of slow, persistent soil movement, such as displaced retaining walls or fences.

Changes in Drainage Patterns: Disruption or changes in surface water flow.

Sounds: Unusual noises, such as cracking, rumbling, or snapping.

What to Do if You Suspect Slope Failure:

If you observe any of these warning signs, it's crucial to act quickly:

Evacuate the Area: Immediately move away from the affected area and warn others.

Contact Authorities: Notify local emergency services and relevant authorities.

Avoid the Area: Stay away from the unstable slope until it has been assessed by professionals.

Preventing Slope Failure:

While some slope failures are unavoidable, many can be prevented or mitigated through proper planning and engineering practices. These include:

Geotechnical Investigations: Conducting thorough site investigations to assess slope stability.

Slope Stabilization Solutions: Implementing appropriate stabilization techniques, such as retaining walls, soil nailing, and geosynthetics.

Drainage Management: Designing and maintaining effective drainage systems to control water flow.

Vegetation Management: Preserving or planting vegetation to enhance slope stability.

Regular Monitoring: Monitoring slopes for signs of instability and taking proactive measures.

Understanding the causes, types, and warning signs of slope failure is essential for protecting lives and property. By being aware of the risks and taking appropriate precautions, we can minimize the impact of these natural hazards. If you have concerns about slope stability on your property, consult with Shri Sai Eco Solutions, Most Trusted Slope Stabilization Solutions company for professional assessment and recommendations.

[clairesantillan]

INTRODUCTION:

Rock falls and landslides are natural geological processes involving the movement of rock, soil, and debris down a slope due to gravity. These events can be triggered by a variety of factors, including natural forces and human activities, and can occur suddenly, causing significant damage to landscapes, infrastructure, and life.Rock FallsA rock fall is a type of mass movement where individual rocks or small groups of rocks become detached from a steep slope or cliff and fall freely through the air. It usually occurs on slopes with fractured rock formations, where weathering, water infiltration, or seismic activity can cause the rock to become unstable. Key triggers include:Freeze-thaw cycles: Water enters cracks, freezes, and expands, breaking the rock apart.Erosion: Undercutting by water or wind can remove supporting material from beneath the rock.Seismic activity: Earthquakes or vibrations can dislodge rocks from cliffs or steep slopes.LandslidesA landslide refers to the movement of a large mass of earth material, including rock, soil, and debris, down a slope. Landslides can vary in speed from slow movements to rapid flows, depending on the materials involved and the steepness of the slope. There are several types of landslides:Slumps: A type of rotational landslide where a mass of earth moves along a concave surface.Debris flows: Fast-moving landslides that involve a mix of water-saturated rock, soil, and debris.Earthflows: Slower, more fluid movements of fine-grained soil.Causes of Rock Falls and LandslidesBoth rock falls and landslides are triggered by a combination of natural processes and human activities:Natural triggers: Rainfall, snowmelt, earthquakes, volcanic activity, and erosion can all contribute to slope instability.Human activities: Deforestation, mining, construction, and road building can destabilize slopes, increasing the likelihood of landslides.ImpactsRock falls and landslides can have devastating effects on the environment, infrastructure, and human life.

1.) Rock fall - involves individual rocks or a mass of rocks detaching from a steep slope or cliff and free-falling through the air.It typically occurs in mountainous areas, on cliffs, or along roads with steep cuts.Causes can include weathering, freeze-thaw cycles, or earthquakes.The falling rocks can gain high speed and may lead to significant damage when they hit the ground.Often localized and involves smaller volumes of material compared to landslides.Landslide.

2.)A landslide refers to the movement of a mass of earth, rock, or debris down a slope.It can be triggered by natural events like heavy rainfall, earthquakes, volcanic activity, or human activities like deforestation or construction.Landslides often involve large volumes of material and can travel over long distances.Types of landslides include rotational slides, translational slides, debris flows, and earthflows, depending on the type of material and the nature of the movement.

CONCLUSION:

In conclusion, while both rock falls and landslides are forms of mass movements caused by gravity, they differ in scale, movement, and the material involved. Rock falls are sudden, involve individual rocks, and are often localized, whereas landslides typically involve a large mass of earth or debris moving down a slope over a larger area. Both phenomena pose significant risks to human safety and infrastructure, but with proper monitoring, slope stabilization, and hazard mitigation techniques, the impacts can be reduced.

[writer59january13]

Off kilter Yup I sobered up despite expressing regular (unleaded and unlettered) urge to shtup expunged courtesy system of a down with shuga (mush) and everything nice.

The following crafted some time ago, when empty nest syndrome pulled me psyche taut analogous to an outstretched bow yet the shadow of mine eldest

of two adult charming progeny, would be aghast and crow against her papa posting erotica elucidating, jumpstarting, parading adventures of his sorry excuse for dildo cuz he (yours truly)

nearly wrecked marriage

cavorting, gallivanting, lapping residual womanly exudations analogous to volcanic Earthflow witnessing (at mere auto suggestion of Barenaked ladies bliss, albeit short lived), how agnst riddled Pepé Le Pew (mine) did bulge, expand and grow

a measly wienerschnitzel inducing Jolly Green Giant to guffaw with a hearty ho... ho... ho.

Ever since deux darling daughters

dearly departed dada for distant horizons where unknown opportunities

beckon, mine emotional state like a sinusoidal wave doth veer above n below this imaginary

cerebral Maginot/Mason

Dixon line me bit size uber Uighur village people segregated

to a patch of sterile ground invisible fenced in o’er there essentially the analogy (if vague) constitutes a figurative dichotomy

of selves mind canst share without psychological

tectonic shifts that evoke me to drift within the continent of Matthew rare

lee ever able, eager n ready to allow, enable n provide peace of mind –

which doth seem queer yet to the outside observer

no evident of me self experiencing wrenching

disequilibrium hup pear while inside this har noggin o mine near collisions sans

microscopic airplanes at mine O’hare

interleaved gray matter reactivate

an out of control maelstrom evidencing as panic attack near

thine thinking plain tarmac expressions per empty nest syndrome akin

to a foal seeking his/her mare occasioning this papa to take comfort

in ma man cave lair cause feeling discombobulated

would invite lookers on to jeer helter skelter mental state zigzags

defying prediction from Kare 11 (Owned by Tegna Inc., the station maintains studios

on Olson Memorial Highway in Golden Valley and a transmitter at the Telefarm site in Shoreview, Minnesota station – google if ya hear doubt firing inside yar own

wheels, cogs and functioning gear) though that philosophical strand

goes off track sans this flair up of internal distress –

natural after shocks whence e’er beguiling, charming, doting, entertaining temptations (within the fifth dimension) to dare their nubile bodies to bump up

against (figuratively) clear indications of autonomy,

dichotomy, globally nascent blare ring femininity, levity, reproductively…

within the eth air.

[pratimadheer]

Effective Strategies for Landslide Mitigation: Protecting Lives and Infrastructure

Landslides, often triggered by heavy rainfall, earthquakes, or human activities, pose a significant threat to both human lives and infrastructure. These natural disasters can result in tragic consequences, including loss of life, property damage, and disruption of communities. Effective landslide mitigation strategies are essential to minimize the impact of these events. In this article, we will explore some of the most effective strategies for landslide mitigation and the critical role they play in protecting lives and infrastructure.

Understanding the Landslide Hazard

Landslides are the downhill movement of rock, soil, and debris under the influence of gravity. They can occur suddenly and vary in scale, from small, shallow soil slips to large, catastrophic events. Landslides can be categorized into various types, including rockfalls, debris flows, and earthflows, each with its own characteristics and triggers.

Landslides are common in areas with steep slopes, loose or compacted soil, and heavy precipitation, making regions near mountain ranges and hilly terrains especially vulnerable. Human activities, such as construction and deforestation, can also increase the risk of landslides by destabilizing the natural landscape.

Effective Landslide Mitigation Strategies

Landslide Hazard Mapping: Accurate mapping of landslide-prone areas is the first step in mitigation. Geological and geotechnical studies help identify vulnerable regions, enabling authorities to implement protective measures in high-risk zones and regulate construction.

Vegetation Cover: The preservation and restoration of natural vegetation are essential for landslide mitigation. Planting trees, shrubs, and grasses on slopes can reinforce the soil, reducing erosion and landslide risk. Their root systems help bind soil particles together.

Slope Stabilization Techniques: Various engineering methods can be employed to stabilize slopes and prevent landslides. These techniques include retaining walls, soil nails, and rock bolts, which reinforce the terrain and prevent soil movement.

Drainage Management: Proper drainage systems are crucial to divert surface and subsurface water away from slopes. Excess water can saturate soil, increasing its weight and decreasing its stability. Effective drainage systems include ditches, culverts, and surface channels.

Terracing and Grading: Terracing and grading involve reshaping steep slopes to create level surfaces with smaller inclines. This reduces the potential for soil movement and minimizes the risk of landslides.

Early Warning Systems: Installing monitoring equipment, such as inclinometers, piezometers, and ground movement sensors, can provide early warning of slope instability. When warning signs are detected, residents and authorities can take preventive actions.

Structural Reinforcement: Infrastructure located in landslide-prone areas can be retrofitted to withstand the impact of landslides. Techniques like using flexible foundations, structural isolation, and slope-resistant designs can minimize damage to buildings and roads.

Educational Campaigns: Public awareness is a critical aspect of landslide mitigation. Community education programs inform residents about the risks and necessary precautions to take in landslide-prone areas. Being informed and prepared can save lives.

Case Studies in Landslide Mitigation

Several regions around the world have successfully implemented landslide mitigation strategies to protect lives and infrastructure.

Hong Kong, China: Hong Kong has embraced extensive vegetation planting on steep slopes to reduce landslide risk. Terracing and slope stabilization techniques have been widely employed to secure slopes and maintain urban development.

Norway: In Norway, effective early warning systems and real-time monitoring of slopes vulnerable to landslides have been implemented. The combination of advanced technology and active community engagement has proven successful in reducing landslide-related risks.

Japan: Japan, a country with a long history of dealing with landslides, has established comprehensive landslide risk management plans. These plans include forest preservation, structural reinforcement of infrastructure, and early warning systems to protect vulnerable communities.

Switzerland: Switzerland's landslide mitigation strategy involves extensive geological surveys, hazard mapping, and the installation of protective structures, such as rockfall barriers. This proactive approach has helped reduce the impact of landslides on communities and transportation networks.

The Ongoing Challenge of Landslide Mitigation

While effective strategies for landslide mitigation exist, challenges persist in implementing them worldwide. Funding, resource limitations, and rapid urbanization in vulnerable areas can hinder mitigation efforts. Climate change, leading to more intense rainfall and increased weather-related events, further complicates the situation.

Mitigating landslides requires collaboration among governments, researchers, and communities. Public awareness and education campaigns are instrumental in ensuring that individuals living in landslide-prone areas understand the risks and know how to respond.

In conclusion, landslides remain a significant threat to lives and infrastructure in many regions. Effective landslide mitigation strategies, including hazard mapping, vegetation cover, drainage management, and structural reinforcement, are essential in reducing the risk and consequences of landslides. Combining these strategies with early warning systems and community education is crucial to safeguarding vulnerable areas and minimizing the impact of these natural disasters.

[priestesspeach]

#newpost #youtube #earthflow #earthflowlife #chasityhappy #wedding #officiating #yourpriestess #priestess #nondenominational #handbinding #ceremony #handfastingcords #handfastingwedding (at Millersville) https://www.instagram.com/p/CCrAzzJnWXu/?igshid=u9i47pmll2q1

[spiritheyregone]

Rotational slump along the Red River in north Fargo. July, 2000. (ndsu.edu)

[toussainttomove]

Yes Yes Yes!!!!! New Structure For Classes Starting Next Week. Are you interested in a morning session???? Are you interested in the advanced or beginner class???? Lets get together and move. Shift the Covid blues. Get in touch I'm really keen to get to know you. X °RISE & IMPROVISE° is a morning 1 hour session to connect ground and evolve. Wake up and tune into the bodies ebon flow. We shall dance to some nice music clearing the cobwebs and having a right shake to recode our system. °EARTHFLOW DANCE° is a technical class by way of including numerous dance practices such as Contemporary Dance, Caribbean Dance, Yoga, Meditation, Breathwork and Capoiera. Prepare to challenge your dancing body in a class that embodies numerous cultures and movement ideologies from around the world. #getyoursweaton ☮️ #earthflow #rise&improvise X https://www.instagram.com/p/CAsfKmNnHkD/?igshid=1jrtq8c916dp4

[hellokittylittlecat-blog]

Earth - Wind - Fire - Water 

All Flows PeaFlow  - Bamboo Grass Flow

hellolittlekittykat@yahoo.com 

All-Fit-In  133cm - 120 Bust  - 120 Waist - 120 Hips - (Unfolded/Unmolded - Your body molds and folds the fabric )

The trick is in the sides, the part of the breast and arms is a flap expansion which in any Thick or Thin woman will look fine, in the Thick woman will be rounded flap, while in the Thin woman will be a folded flap. On the waist area we have a fabric spring to attach to the area, but keeping the idea of make breathable and loosen clothes for the season.  It is the measured of all the extended fabric without molded. Once is molded each body will fit with the elastic fabric spring, This special gown loosen and free of sizes.

[m0dernchr0n1cles]

Rewriting DC Monkey Prince & Nezha

In some recents posts and asks, I expressed my disappointment with DC Monkey Prince and a desire to rewrite the DC Devil Nezha storyline.

I also said it might be a spin-off of my BMNG AU that I was already working on.

So, here's the pitch:

新神榜：孙太子 New Gods: Monkey Prince (Prince Sun)

Marcus has just discovered his powers as the Monkey Prince, and Zhu Bajie is his “Uncle” 师叔

De Zheng (Ao Bing) has been sent to Gotham to “oversee the integration of the family business into foreign markets” (given the Mel Medarda treatment)

Li Yunxiang (Nezha) is accompanied by Yang Jian, searching for the lost weapons of Nezha

Batman is trying to learn the source of the latest drug: "Bliss", and the source all the strange mutations and attacks on the streets

Journey to the West rogues that will appear

Gold and Silver Horn Demons

Nine-Headed Bug/Demon

Lady Earthflow

Hundred-Eyed Daoist

Yellow Wind Demon

Black Wind Demon

Red Boy

DC Rogues that will appear

Ultra-Humanite

Two Face

Riddler

Penguin

Roxy Rocket

Professor Pyg

Firebug

Rumor

The Terrible Trio

The "Maybe they will feature" List

Ra’s al Ghul

Catwoman

Killer Croc

Killer Moth

Lock-Up

Maxie Zeus

Harley Quinn

Poison Ivy

Baby Doll

Sid the Squid

Calendar Girl

[quirkwizard]

Cloud X Earthflow, behold Cloud Beasts! 😭

New Quirk Name: Sandstorm

This Emitter type Quirk allows the user to make condensed clouds of dust from their body. These clouds are up to half the size of the user, and the user can make six of them at a time. The user can move and control these clouds over medium ranges. This control extends to the shape of the clouds as well, able to condense further into rocks to take on a myriad of forms. This can be anything from simple shapes to even appendages like hands or feet. For example, the user could make one of the clouds break up into various spikes, combine them back together to make a wall, only to then fire them out as a set of hands. This gives the user a versatile ability, able to take this super flexible material and shape it into whatever they wish. They can blind other people with the dust, set up earthen defenses to protect others, capture others in the stone, make flying platforms to get around on, cover them in earthen constructions to augment their fighting styles, work to stabilize structures, or simply use it to huck giant rocks at people. Though the user has a capped supply of this dust, limiting how far they can spread and cover with it, potentially leaving them overwhelmed. The dust can end up being blown apart or weakened by elements like water or fire, hampering the user's control.

[piecefulworldsclothing]

View this post on Instagram

A post shared by Pieceful Worlds (@piecefulworld)

Check it out y'all, I have a brand new untied mandala tapestry for you today. This one was ice dyed in a variety of earth tones. It measures 43 inches by 70 imvhes and is currently un-hemmed. ~ $80. . . . #untied #untiedmandala #mandala #flower #star #piecefulworldsclothing #tiedye #tyedye #icedyed #blue #green #brown #tapestrt #wallhangings #fiberart #earthflower #hippiehome #bohostyles #homedecor #bedroomart #bohemianstyle #bohohome (at Murfreesboro, Tennessee)