#the graymonts

[petite-sami]

Transforming Twos 👶🏽🦇❣️ When baby Celeste is going through the phases of her transformation for the first time and is very confused, she has her parents to help her out. It takes a week of 'signs' coming and going - claws, fur, sharp teeth, and muscles and bones trying to make wings - before it finally happens all at once and a young Noctillidae has fully transformed! It'll take time learning how to hold/use her wings but she'll learn how to shift between the two forms much sooner. Celeste belongs to both myself and @madericious .

[chaddavisphotography]

Per Graymont.com: "Graymont's manufacturing facility in Green Bay, Wisconsin produces high-calcium pebble and hydrated lime from limestone sourced from quarries in Michigan. The limestone is delivered to the Company's dock by self-unloading lake vessels. Sufficient inventories of stone must be kept on hand in order to maintain full production through the winter months when the ships are laid up and the quarries are closed. The Green Bay site includes two rotary kilns and a lime hydrator as well as bulk storage capacity and warehousing space for bags. Calcium oxide is shipped in bulk and hydrate is shipped either in bulk, bulk bags (super sacks) or paper sacks by rail or truck throughout the United States, under the brand names Western High Cal Pebble Lime and Western Pure Cal Hydrated Lime."

[bantarleton]

Hi! I was wondering if you could recommend someone books or articles for learning more about the role Native peoples played in the American Revolution, especially in the southern colonies. I've missed this blog; it's always nice to see a post from you.

Hey @lyledebeast! Thanks and sure, this list isn't comprehensive and is partly off the top of my head, but some of my favs that I've read;

The Iroquois in the American Revolution by Barbara Graymont.

Seeds of Empire by Max M Mintz.

The American Revolution in Indian Country by Colin G. Calloway (this is better for Southern stuff than the above).

Native Americans in the American Revolution by Ethan A.. Schmidt.

American Leviathan by Patrick Griffin.

[theoldbone]

Amber, Lithuania, photo by Simone Conti

Thermonatrite, Villiaumite, fluorapatite, Poudrette Quarry, Canada, photo by Modris Baum

Pectolite, Calcite, Poudrette Quarry, Canada, photo by Modris Baum

Albite, Poudrette Quarry, Canada, photo by Modris Baum

Hackmanite, Calcite, Poudrette Quarry, Canada, photo by Modris Baum

Catapleiite, Calcite, Albite, Gonnardite, Poudrette Quarry, Canada, photo by Modris Baum

Zektzerite, Microcline, Neptunite, Dara-i-Pioz Massif, Tajikistan, photo by Christopher Clemens

Calcite, Graymont Quarry, Canada, photo by Frederic Messier Leroux

Opal, Aragonite, Kopasz Hill Andesite Quarry, Hungary, photo by Simone Conti

Fluorite, Calcite, Trout Brook, Canada, photo by Harold Moritz

Ellingsenite, Villaumite, Aris Quarries, Nambia, photo by Vic Cloete

Fluorapophyllite, Pectolite, Amphibole Supergroup, Poudrette Quarry, Canada, photo by Modris Baum

[casteliacityramen]

Munday Lore Post: Team Plasma's Secretly Funded Organizations

After Unovan’s Sapient Citizen Laws went into effect, Team Plasma immediately took advantage of a small, but sudden influx of unemployed citizens caused by the change in status quo.

As a reminder:

Companies that relied heavily on cheap pokemon labor were suddenly hit with regulations to properly pay their employees.

Other companies realized that pokemon were more affordable than human labor, even with the regulations in place.

These people were suddenly left vulnerable, but they were provided with three options for brand new companies that were hiring everybody and anybody. Pokemon, Human, it didn’t matter.  

However, these same people would be painfully unaware that they would contribute to the highest civilian casualty event since the Unovan Draconic Civil Wars.

(Part 2 of 2)

BLACK WATCH PRIVATE SECURITY

Black Watch was a private security company with branches in every major Unovan city. It boasted a high pay for those who held a shred of fighting skill and would often provide employees with personal protective equipment they could take home.

In order to meet their quotas, they would often hire people with dubious backgrounds or motives which led to a lot of stand-offs between public law enforcement.

Many Black Watch employees would even infiltrate local law enforcement agencies in places like rehabilitation centers and prisons with the main goal to gather more members.

GRAYMONT DESIGN-BUILD

Due to the massive amount of pokemon residents flowing into major urban cities, the need for affordable housing was more important than ever. Graymont claimed to have tackled this problem with the creation of skyscrapers so that city borders wouldn't encroach on the wild areas (aka routes) surrounding them.

Graymont would be the main company that would be embezzling funds for Team Plasma's actions, even taking advantage of government construction contracts. Consequently, their construction was rushed and underfunded.

Poorly engineered spaces and infrastructure created "Red Zones" that created environments of unsafe living conditions, crime, and lack of government oversight.

WHITE ARROW MEDICAL

When the Sapient Laws went into effect, pokeball signal jammers were immediately installed in major urban areas, such as Castelia City. Unfortunately, this meant that medical stasis via pokeball was not possible in these areas. 

Due to the abuse of medical and pokeball technology during the Kanto-Johto War, lawmakers viewed emergency medical stasis as a violation of rights, especially since unconscious or fainted pokemon couldn’t consent to it.

This led to a sudden vulnerability of people who couldn't reach a pokemon center due to improper infrastructure (see above). With official emergency medical services becoming overwhelmed, a private medical corporation was approved by the government to alleviate the workload in the aforementioned “Red Zones.”

White Arrow Medical provided a higher income than their public counterparts, leading to many disgruntled ex-EMS to join. However, the introduction of privatized healthcare created a massive class imbalance due to its high price. If you couldn’t pay, you couldn’t get treated.

The Creation of Neo Team Plasma

The collective and compounding failures of these corporations were intentional with the intent to create disruptions between government officials and the public. After Ghetsis' castle erupted into the Pokemon League during the events of Pokemon Black/White, the facade fell away. The companies declared bankruptcy. Those who were unfortunate were let go with no severance or pension, just as they were before.

In the schism, one major faction fell under N's leadership while Black Watch, Graymont, and White Arrow employees were quietly taken away from their positions before bankruptcy. They were re-positioned and re-organized into a paramilitary force with the leftover Team Plasma members who would wave the banner of Ghetsis and the sages. Thus, Neo Team Plasma was born.

After the attack on Opelucid City of Pokemon BW2, Interpol and Unovan government agencies gathered the necessary resources to crack down on all of the illicit activities of Team Plasma.

Over time, they would remedy the damages that incurred on a vulnerable country during a transitional period. When peace returns to Unova, this time in history would be a reminder as to why the wheels of democracy turn slowly.

Castelia City Ramen takes place right before two young trainers named Hilda and Hilbert choose their first pokemon, unknown of the dangers and conspiracy they are about to plunge themselves in.

Author’s Note Below:

When history comes across a great change, there will inevitably be people left behind no matter how progressive or beneficial the change is to the world. In America, when the first bridge across the Mississippi River was created, a steamboat captain rammed his ship into the bridge because he saw it as a threat to his livelihood. In Europe, when textile machines were invented, a group of artisan textile workers took it upon themselves to destroy any machines they came across for the same reason.

During periods of change, failures can be placed on cultures, governments, economies, etc. Regardless, people’s lives were upturned and their way of life was threatened. They were suddenly left with two options that no modern person should have to choose between: adapt or die. Most did the former, but unfortunately, some of them ended up in the latter.

Instead of being provided alternative ways of living, vulnerable people were gawked at or used as tools for political arguments and promises. Whether it was for political gain or for the spread of ideology they have no say in, these people were treated as pawns in a larger game.

Team Plasma was always about “liberation of pokemon,” but in a world where pokemon choose to be humanity’s partners, I think their argument in-game holds no purpose. So, I decided to make them worse. Only a crime syndicate masquerading as a political party would have the money and influence to do what that they do in BW2.

Will Team Plasma have any weight or influence on this story? Honestly, it’s too early to say! Which is why I decide to write lore like this in one-off posts instead of working it into my narrative. Plus, it's a tad bit bleak;;

With most prosperous civilizations, there’s usually skeletons hidden in the closet. But speaking of my narrative: life in Unova, for the most part, is equitable and filled with joy. The societies in Pokemon are built through trust and cooperation and will continue to be so.

Stay tuned for when I get to draw the city in action! Like, let's say, a disheveled man waiting in line while a colony of durant make individual bank deposits or a tyranitar asking a lady if a seat is taken at a cafe so he can write his screenplay. Or most importantly, a greninja and a rockruff running a ramen stand.

Thanks for reading <3

[charlestonmarketonline]

Check out this listing I just added to my Poshmark closet: Grace China Graymont Oval Serving Platter With Gold Trim Large Vintage.

[bookreviewdirectory]

Lenora: The Oupire - Editorial Review

  Title: Lenora: The Oupire Author: Caroline Davis Genre: Vampire Romance   Spending the summer at his Uncle’s house in Graymont, New Hampshire, is the highlight of 1900 for seventeen-year-old Rupert Upton. His cousin, Julia, is there together with a collective of emerging tonalism artists. Continue reading Lenora: The Oupire – Editorial Review

[boneshakerbike]

Graymont Mountain Bike Series Race 2

Week #2 of the Graymont Mountain Bike Series just rolled by, courtesy of ROAR. I’ve been getting a ton of messages about it—yes, the very one from the Adirondacks, where I claim my roots in Plattsburgh, despite my upbringing in Roundup, MT. Thought it’d be neat to share the lowdown on the races from back home! Next week, the action continues at Cadyville Park. Scoop up more deets at��

[agriculturalmarkets]

Soil Stabilization Market Targets Size, Share, Scope, and Global Forecast 2024-2033"

Soil stabilization Market Outlook

Soil stabilization is the process of mixing with various additives to the soil to improve strength, compressibility, durability, and other engineering properties. This process is widely used in the building and construction sector, especially during the construction of roads, tunnels, and dams. In addition, it is used in the agricultural sector to improve soil texture, productivity, and the water-holding capacity of the land. In 2022, the valued size of the Soil Stabilization Market was USD 20.3 Billion. Projected growth from USD 21.2 Billion in 2023 to USD 30.3 Billion by 2032 indicates a 4.58% CAGR during the forecast period (2023-2032).

Based on technique, the global soil stabilization market has been divided into mechanical, chemical, and thermal. The mechanical segment is expected to be the leading segment. The technique includes soil compaction by applying mechanical energy using rollers, rammers, vibration, and blasting. In the construction sector, soils of two or more gradations are mixed to obtain the desired specification as it is economical and time-saving. Moreover, the increasing use of mechanical equipment in the construction of roads for altering the properties of soil is likely to propel market growth in the years to follow.

Based on application, the global soil stabilization market has been classified into industrial, agricultural, and non-agricultural. The industrial segment accounts for the largest share of the global soil stabilization market. The industrial segment includes roads, airfields, railroads, canals, dams, and coastal engineering. With technological advancements and rapid industrialization, the development of roads, railroads, and airports are expected to increase, fueling the demand for soil stabilization during the forecast period.

Market Segmentation

The global soil stabilization market share has been segmented on the basis of technique, application, stabilizer, and region.

Based on technique, the global soil stabilization market has been segregated into mechanical, chemical, and thermal.

By application, the global soil stabilization market has been categorized as industrial, agricultural, and non-agricultural.

On the basis of stabilizer, the global soil stabilization market has been divided into lime, bitumen, fly ash, polymers, sodium silicate, molasses, and others.

Regional Analysis

The global soil stabilization market has been studied with respect to five regions, namely, Asia-Pacific, North America, Europe, Latin America, and the Middle East & Africa. Asia-Pacific accounted for the largest share of global soil stabilization market in 2017. This can be attributed to rapid industrialization and urbanization in this region. In addition, advancements in the agricultural sector and the rising per capita incomes of farmers may be the other significant drivers of market growth during the review period. The key markets in this region are China, India, Indonesia, and Japan.

North America and Europe are the other substantial markets for the soil stabilization. The development of infrastructure and rising number of residential buildings are likely to drive the growth of the soil stabilization market. The US is the major contributor to the regional market in North America. The markets in Latin America and the Middle East & Africa are estimated to witness substantial growth during the forecast period with the UAE, Kuwait, Iran, and Brazil accounting for major market shares.

Competitive Analysis

The leading players in the global soil stabilization market are Aggrebind, (US), Soilworks, LLC (US), SNF Holding Company (US), Graymont Limited (Canada), WIRTGEN GmbH (Germany), CARMEUSE (Belgium), IRRIDAN USA (US), AB Volvo (Sweden), Earthlok (US), Global Road Technology International Limited (Australia), and Caterpillar Inc. (US).

Access Full PDF Research Report :  https://www.marketresearchfuture.com/reports/soil-stabilization-market-6306

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[asbestosremovalbirminghamal]

Rising from the Depths: The Art of Water Damage Restoration and Renewal

Water damage, a formidable force capable оf wreaking havoc оn homes аnd businesses, requires a delicate уеt strategic approach fоr restoration. Thіѕ article delves іntо thе аrt оf water damage restoration, exploring thе intricacies оf thе process аnd emphasizing thе transformative power оf renewal. Frоm understanding thе causes оf water damage tо embracing thе latest restoration techniques, thе journey frоm despair tо renewal іѕ a testament tо thе resilience оf bоth structures аnd thе individuals whо inhabit thеm.

Understanding thе Causes аnd Impact:

Tо master thе аrt оf water damage restoration, оnе muѕt fіrѕt comprehend thе diverse causes аnd thе extensive impact іt саn hаvе. Whеthеr frоm burst pipes, flooding, оr leaks, water damage саn compromise structural integrity аnd gіvе rise tо mold growth. Delving іntо thе consequences оf delayed restoration underscores thе urgency аnd importance оf swift аnd effective intervention. Thе interplay bеtwееn water аnd building materials sets thе stage fоr thе intricate process оf restoration аnd renewal.

Thе Strategic Approach tо Restoration:

Restoration іѕ nоt merely a technical process; іt іѕ аn аrt fоrm thаt demands a strategic аnd systematic approach. Professionals іn thе field muѕt assess thе extent оf thе damage, categorize іt based оn water contamination levels, аnd create a customized restoration plan. Thіѕ involves water extraction, drying, dehumidification, аnd оftеn includes repairs tо damaged structures. Thе strategic orchestration оf thеѕе steps іѕ whаt distinguishes water damage restoration аѕ аn аrt, requiring expertise, precision, аnd a keen understanding оf building materials.

Innovation аnd Technology іn Restoration:

Advancements іn technology play a pivotal role іn elevating thе аrt оf water damage restoration. Frоm sophisticated moisture detection tools tо state-of-the-art drying equipment, embracing innovation accelerates thе restoration process аnd enhances іtѕ effectiveness. Thе integration оf technology nоt оnlу expedites thе recovery but аlѕо contributes tо minimizing secondary damages, ѕuсh аѕ mold growth. Thіѕ synergy bеtwееn thе traditional skills оf restoration professionals аnd cutting-edge technology forms thе canvas uроn whісh thе аrt оf restoration іѕ painted.

Thе Transformative Power оf Renewal:

Water damage restoration іѕ nоt solely аbоut returning a space tо іtѕ pre-damaged state; it's аbоut renewal аnd transformation. Thе restoration process nоt оnlу repairs structural damage but аlѕо revitalizes thе spirit оf a place. Thrоugh meticulous attention tо dеtаіl аnd a commitment tо quality, restoration professionals breathe new life іntо spaces thаt оnсе ѕееmеd irreparably damaged. Witnessing a home оr business rise frоm thе depths оf water damage tо a renewed state іѕ a testament tо thе mastery аnd artistry inherent іn thе restoration process.

Conclusion

In thе аrt оf water damage restoration, professionals wield a unique set оf skills аnd knowledge tо transform despair іntо renewal. Frоm understanding thе causes аnd impact оf water damage tо embracing innovative technologies, thе restoration process іѕ a harmonious blend оf science аnd аrt. Aѕ homes аnd businesses rise frоm thе depths оf water damage, thеу nоt оnlу regain thеіr structural integrity but аlѕо embody thе resilience аnd transformative power оf restoration. It іѕ thrоugh thіѕ artistry thаt thе industry continues tо evolve, ensuring thаt thе impact оf water damage саn bе mitigated, аnd spaces саn bе reborn.

Contact US

Asbestos Removal Birmingham AL

213 Graymont Ave N Apt 1, Birmingham, AL 35204, USA

Phone: (205) 525-6981

Email: Birminghamasbestosremoval@gmail.com

Website: https://asbestosremovalbirminghamal.com/

Company Hours: Monday- Sunday: 24 hours

External Links

Asbestos Removal

Asbestos Testing

Mold Removal

Water Damage Restoration

[petite-sami]

Dumont Children 🌲💕 Briar would absolutely get the kids together for some holiday photos and Celeste, Grayson's biggest fan, would demand making one photo specifically for him. Keith has to put his own twist on it but he won't ruin his little sister's excitement. Mushroom is just enjoying a moment to rest his tired bones, not minding the thorough teeth examination by one of the triplets. These characters belong to both myself and @madericious . Do not use or repost without both of our written permissions. Enjoy the rest of your winter!

[chaddavisphotography]

Per Graymont.com: "Graymont's manufacturing facility in Green Bay, Wisconsin produces high-calcium pebble and hydrated lime from limestone sourced from quarries in Michigan. The limestone is delivered to the Company's dock by self-unloading lake vessels. Sufficient inventories of stone must be kept on hand in order to maintain full production through the winter months when the ships are laid up and the quarries are closed. The Green Bay site includes two rotary kilns and a lime hydrator as well as bulk storage capacity and warehousing space for bags. Calcium oxide is shipped in bulk and hydrate is shipped either in bulk, bulk bags (super sacks) or paper sacks by rail or truck throughout the United States, under the brand names Western High Cal Pebble Lime and Western Pure Cal Hydrated Lime."

[cmibloggers]

Global Limestone Market Is Estimated To Witness High Growth Owing To Rising Construction Activities

The global limestone market is estimated to be valued at US$ 7,99,014.7 million in 2021 and is expected to exhibit a CAGR of 3.51% over the forecast period 2022-2030, as highlighted in a new report published by Coherent Market Insights.

A) Market Overview:

Limestone is a sedimentary rock composed primarily of calcium carbonate, generally derived from the remains of marine organisms. It is widely used in the construction industry as a raw material for cement, concrete, and aggregate. Limestone is also used in various industries such as paper and pulp, chemical, agriculture, and water treatment. The advantages of limestone include its availability in abundance, cost-effectiveness, durability, and versatility. The growing construction activities worldwide are driving the demand for limestone products.

B) Market Key Trends:

One key trend in the limestone market is the increasing use of limestone in the agriculture industry. Limestone is used as a soil conditioner to neutralize acidic soils and provide essential nutrients to plants. It improves soil structure, enhances water retention, and promotes healthy plant growth. Additionally, limestone is used as a feed supplement for livestock to provide essential minerals like calcium and magnesium for their bone development. This trend is driven by the growing awareness about sustainable agricultural practices and the need for high-quality crops and livestock.

C) PEST Analysis:

Political: The political stability of a region determines the ease of limestone mining and processing operations. Favorable government policies and regulations regarding mining activities and land acquisition contribute to the growth of the Limestone Market. Economic: The economic growth of a country affects the demand for limestone products. Rapid urbanization, industrialization, and infrastructure development activities drive the demand for cement and concrete, which in turn boosts the limestone market. Social: Growing population and urbanization have led to an increased demand for housing and infrastructure, creating a favorable market for limestone. Additionally, the rising awareness about sustainable construction materials has increased the adoption of limestone in green building practices. Technological: Technological advancements in the mining and processing of limestone have improved operational efficiency and reduced environmental impact. Advanced machinery and methods are used for limestone extraction, crushing, and grinding, ensuring higher quality and productivity.

D) Key Takeaways:

Paragraph 1: The global limestone market is expected to witness high growth, exhibiting a CAGR of 3.51% over the forecast period. This growth is attributed to increasing construction activities worldwide. The demand for limestone as a raw material for cement, concrete, and aggregate is expected to drive market growth. Paragraph 2: Asia Pacific is the fastest-growing and dominating region in the global limestone market. This is due to rapid urbanization, infrastructural development, and government initiatives for affordable housing in countries like China and India. North America and Europe also have significant market share due to the presence of well-established construction industries. Paragraph 3: Key players operating in the global limestone market include AMR India Limited, Carmeuse, GLC Minerals LLC, Graymont Limited, Gujarat Mineral Development Corporation Ltd, Imerys, Kerford Limestone, LafargeHolcim, Lhoist Group, Minerals Technologies Inc., Okutama Kogyo Co. Ltd, Omya AG, RSMM Limited, Ryokolime Industry Co. Ltd (Mitsubishi Materials Corporation), SCHAEFER KALK GmbH & Co. KG, The National Lime & Stone Company, and United States Lime & Minerals Inc. These players focus on strategic partnerships, mergers and acquisitions, and product innovations to expand their market presence. In conclusion, the global limestone market is poised for significant growth due to increasing construction activities, the use of limestone in agriculture, and technological advancements in mining and processing operations. The market is dominated by key players who constantly strive for innovation and market expansion. The Asia Pacific region is expected to witness the highest growth in the limestone market, driven by rapid urbanization and infrastructure development.

[pearlsmith25]

Lime Kiln Dust Market Analysis 2023 by Key Development Factors, Latest Trends, Size, Share & Global Outlook by 2030

Lime Kiln Dust (LKD) refers to the fine powder that is produced as a byproduct during the manufacturing process of quicklime in lime kilns. Lime kilns are industrial furnaces used to heat limestone or other calcium carbonate materials to produce lime, which is widely used in various industries such as construction, agriculture, and chemical manufacturing. Lime kiln dust is typically collected and sold as a supplementary material with various applications.

Here is some comprehensive information about the Lime Kiln Dust Market:

Market Overview:

The Lime Kiln Dust Market has witnessed significant growth in recent years due to its versatile properties and various applications across industries. LKD is used as an economical substitute for other materials, providing environmental and technical advantages. The market is driven by factors such as the growing construction industry, increased use of lime in agriculture, and rising environmental concerns regarding waste management.

Applications:

Lime Kiln Dust finds application in several sectors, including:

a. Soil Stabilization: LKD is commonly used as a soil stabilizer in road construction, creating a solid base by improving soil properties, enhancing load-bearing capacity, and reducing swelling and shrinkage.

b. Asphalt Modification: LKD is used as an additive in asphalt mixtures to enhance durability, reduce rutting and cracking, and improve resistance to moisture damage.

c. Waste Water Treatment: Lime Kiln Dust is utilized in waste water treatment plants to neutralize acidic wastewater, precipitate heavy metals, and improve overall water quality.

d. Agriculture: LKD is used as a soil amendment in agriculture to neutralize acidic soils, provide essential nutrients, and enhance soil structure.

e. Building and Construction: Lime Kiln Dust is employed in the production of cement, mortar, and concrete, acting as a binding agent and improving workability, strength, and durability.

f. Mining Industry: LKD is utilized in the mining industry for mine tailings treatment, preventing acid mine drainage and reducing heavy metal leaching.

g. Chemical Manufacturing: Lime Kiln Dust is used as a reagent in chemical manufacturing processes, such as flue gas desulfurization (FGD), sugar refining, and paper production.

Market Dynamics:

Several factors drive the Lime Kiln Dust Market:

a. Increasing Construction Activities: The growing construction industry, particularly in emerging economies, is fueling the demand for Lime Kiln Dust in applications such as soil stabilization, concrete production, and asphalt modification.

b. Environmental Regulations: Stringent environmental regulations regarding waste management and pollution control are promoting the use of Lime Kiln Dust as a sustainable alternative, reducing the amount of waste sent to landfills.

c. Agricultural Practices: The agriculture sector utilizes Lime Kiln Dust to neutralize acidic soils and improve soil fertility, contributing to higher crop yields.

d. Infrastructure Development: Infrastructure projects, such as road construction and waste water treatment plants, utilize Lime Kiln Dust for soil stabilization and water treatment, respectively.

Regional Analysis:

The Lime Kiln Dust Market is geographically segmented into several regions, including North America, Europe, Asia Pacific, Latin America, and the Middle East and Africa. The market's growth varies in each region based on factors such as industrial development, construction activities, agricultural practices, and environmental regulations.

Key Market Players:

Several companies operate in the Lime Kiln Dust Market. Prominent players include:

a. Carmeuse b. Graymont c. Lhoist Group d. Cheney Lime & Cement Company e. Pete Lien & Sons, Inc. f. Chemical Lime Company g. Mississippi Lime Company h. Linwood Mining & Minerals Corporation i. United States Lime & Minerals, Inc. j. Valley Minerals LLC

These companies engage in strategic initiatives such as mergers and acquisitions, product development, and partnerships to strengthen their market position and expand their product portfolios.