Compost tea products for sale

A variety of compost tea products are available for sale, catering to different needs, from ready-to-use liquid teas to dry mixes and brewing kits. Here are some notable options:

1. Compost Tea Ingredient Kits

• Optimize Organics Compost Tea Ingredient Kit: Contains all you need to brew up to 250L of actively aerated compost tea (AACT), including a compost & castings blend, microbe multiplier, wild fish hydrolysate, and unsulphured blackstrap molasses. Designed to support both bacterial and fungal populations, suitable for all plant types and stages, and safe for weekly application^[1].

2. Compost Tea Bags

• William Dam Seeds Compost Tea Bags: Pouch of 12 tea bags, each covering 1 sq. ft. for about a month. Bags can be steeped in water to brew tea or placed directly in the root zone of plants^[2].
• West Coast Seeds Compost Tea Bags: OMRI-listed, all-natural bags for brewing liquid plant food, suitable for indoor and outdoor use^[3].

3. Ready-to-Use Liquid Compost Tea

• Soils Alive Compost Tea: Freshly brewed, aerobic compost tea available in 2L, 4L, 10L, or 20L sizes. Made with Bio-Complete compost and aerated for up to 12 hours. Must be used within 24 hours for best results^[4].

4. Dry Compost Tea Mixes

• Stepwell Soil Compost Tea Mix: A dry blend with dormant microbes, requiring only water and aeration. Ingredients include various beneficial bacteria, fungi, and natural amendments. Shelf-stable for years and easy to use—just scoop, brew, and apply^[5].

5. Specialty Blends

• Granny Annie Compost Tea: Crafted from a blend of mint, dill, and other local organics, this granular product can be brewed into tea or used as a soil amendment^[6].

6. Compost Tea Brewing Systems & Accessories

• KIS Organics Compost Tea Brewing Kits: Offers kits and brewing equipment for home and commercial use, including reusable mesh bags and microbe catalysts^[7].

7. Bulk & Custom Options

• Sound Horticulture: Sells compost tea catalysts, beneficial bacteria biostimulants, and complete brewing systems, with a range of sizes and formulations^[8].

These products are suitable for a wide range of applications, from houseplants and vegetable gardens to larger-scale horticulture, and are available in Canada and the US from various retailers. Be sure to check shipping policies, as some products may have regional restrictions^[3].

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• https://www.optimizeorganics.ca/products/compost-tea-kit 
• https://www.damseeds.com/products/compost-tea-bags 
• https://www.westcoastseeds.com/products/compost-tea-bags-2  
• https://soilsalivecomposting.ca/product/compost-tea/ 
• https://growdaddycanada.com/products/copy-of-stepwell-soil-veg-top-dressing-all-sizes 
• https://www.goldenacre.ca/shop-all-departments/earth-choices/ec-soils-additives/ec-additives/granny-annie-compost-tea-makes-96-litres/ 
• https://www.kisorganics.com/collections/compost-tea-brewing-systems 
• https://soundhorticulture.com/collections/compost-tea-1 

When money is God shit happens

The phrase "When money is God, shit happens" is a critique of materialism and the elevation of wealth to the status of ultimate value or purpose in life. When money becomes the central focus—effectively a "god"—it can lead to a range of negative consequences, both personal and societal.

Key points supported by the search results:

• : Pursuing money above all else can lead to a cycle of working harder and longer to afford more possessions, often at the expense of personal happiness and fulfillment. This is described as a "trap that will suck the very life out of your soul," resulting in less time to enjoy life and more stress1.

• : While money is crucial for meeting basic needs and providing security, beyond a certain point, accumulating more does not equate to greater happiness. In fact, excessive focus on wealth can bring its own problems, such as relationship issues, ethical compromises, and a skewed sense of self-worth1.

• : When society collectively worships money, it can foster a "scarcity mindset," leading to hoarding, increased inequality, and justification for the suffering of others. People may develop attitudes that rationalize or ignore the hardships faced by those with less, further entrenching social divides1.

• Existential and Spiritual Critique: The phrase echoes broader cultural and religious commentary on the dangers of idolizing material wealth. Many traditions warn that making anything—especially money—the ultimate concern leads to emptiness, conflict, and moral decay3.

"Materialism is a religion... If you want to make a meaningful life that isn't based on materialism and working yourself to death, or it will be spent buying crap trying to fill a hole in your soul..."1

In summary, when money is treated as a god, it often results in personal dissatisfaction, social harm, and a loss of deeper meaning in life. This is the "shit" that happens—a warning against allowing material wealth to become the highest value.

1. https://www.reddit.com/r/AskOldPeople/comments/upbfie/did_money_give_you_everything_you_imagined_is/
2. https://twitter.com/JuliusElum/status/1720729589251498382
3. https://www.generationterrorists.com/quotes/misc/shit_happens.html
4. https://www.rushhour.nl/record/vinyl/play-god-shit-happens
5. https://davidguy.org/2019/06/05/shit-happens-thank-god/
6. https://open.spotify.com/album/08kFwhmlih7ZlhaH7QrUmq
7. https://soundcloud.com/xlr8r/sets/knowsum-play-god-and-shit

Political Rhetoric and Media Distraction

The claim that mainstream media uses constant political rhetoric to distract the public from real issues is a topic of ongoing debate among media analysts, political scientists, and the public. This perspective suggests that sensational coverage and partisan narratives may overshadow substantive discussions about policy, social challenges, and systemic problems.

• : Mainstream media often emphasizes political conflict and partisan divides, which can drive engagement but may also distract from nuanced policy analysis or long-term issues such as healthcare, climate change, or economic inequality.

• : Media outlets may prioritize stories that generate strong emotional reactions, such as scandals or political infighting, over in-depth reporting on complex topics. This approach can lead to a cycle where superficial coverage dominates the news agenda.

• : By repeatedly highlighting certain topics or framing issues in particular ways, media organizations can influence what the public perceives as important, sometimes at the expense of less sensational but more impactful issues.

• : Coverage often focuses on the "game" of politics—who is winning or losing—rather than substantive policy debates or the implications of legislation.

• : Political scandals and controversies receive extensive attention, sometimes eclipsing ongoing crises or policy failures.

• : Partisan media can reinforce pre-existing beliefs, making it harder for audiences to engage with diverse perspectives or consider overlooked issues.

• : Studies indicate that when media coverage is dominated by political rhetoric, public understanding of policy details and real-world implications tends to decrease.

• : Constant exposure to political conflict and sensationalism may foster cynicism and disengagement among citizens, reducing civic participation and trust in institutions.

• : Long-term or complex problems—such as infrastructure, poverty, or scientific research—may receive less attention, limiting public pressure for solutions.

• : Critics argue that mainstream media has a responsibility to balance coverage between immediate political developments and deeper, systemic issues.

• : Some analysts note that audience preferences for dramatic or entertaining content also shape media priorities, creating a feedback loop between media producers and consumers.

Conclusion

While not all media coverage is intentionally distracting, the prevalence of political rhetoric and sensationalism in mainstream news can contribute to a public discourse that overlooks critical issues. Being aware of these dynamics can help individuals seek out more comprehensive information and engage more thoughtfully with current events.

1. Media polarization and its impact on democracy.

2. The effects of sensationalism in news coverage.

3. Agenda-setting theory and media influence on public perception.

Sources of blue-green algae

Blue-green algae (cyanobacteria) are naturally occurring, microscopic, photosynthetic organisms found in a wide range of aquatic environments. Here are the primary sources and typical habitats:

• Freshwater: Blue-green algae are commonly found in lakes, ponds, rivers, streams, and bays^{[1][2][3][4][5][6][7][8]}. They thrive in warm, nutrient-rich, and slow-moving or stagnant waters, especially during late spring to early fall when temperatures rise and sunlight is abundant^{[1][2][3][4][9][5]}.
• Marine and Brackish Waters: While most abundant in freshwater, some species also inhabit coastal and marine waters^[9][6].
• Favorable Conditions: Their growth is promoted by high levels of nutrients (especially phosphorus and nitrogen), abundant sunlight, and calm water conditions^{[1][2][3][9][5]}. Nutrient enrichment can result from natural sources or human activities such as agricultural runoff, sewage effluent, and urban stormwater^[2][3][9][5].
• Bloom Formation: Under ideal conditions, blue-green algae can rapidly multiply to form visible blooms or mats, often appearing as green, blue-green, brown, or even reddish scums on the water surface^{[1][2][3][4][9][5]}.

Key points:

• Blue-green algae are ubiquitous in natural surface waters.
• They are most often sourced from nutrient-rich, warm, and slow-moving or stagnant freshwater bodies^{[1][2][3][4][9][5][6][7][8]}.
• Human activity that increases nutrient levels in water (e.g., fertilizer use, septic leaks) can significantly boost their abundance^[2][3][9][5].

Caution: Some blue-green algae can produce toxins harmful to humans, animals, and pets, so always ensure any collected material is from a safe, uncontaminated source if considering use in gardening or other applications^{[1][2][4][9][5]}.

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• https://novascotia.ca/blue-green-algae/      
• http://www.ontario.ca/page/blue-green-algae        
• https://ncceh.ca/resources/subject-guides/cyanobacteria-freshwater       
• https://www2.gov.bc.ca/gov/content/environment/air-land-water/water/water-quality/algae-watch/what-are-algae/cyanobacteria     
• https://lakeheadca.com/watershed/blue-green-algae        
• https://www2.gnb.ca/content/gnb/en/corporate/promo/cyanobacteria.html   
• https://www.healthvermont.gov/environment/tracking/cyanobacteria-blue-green-algae-tracker  
• https://www.hkpr.on.ca/classes-clinics-and-supports/water-quality-and-testing/blue-green-algae/  
• https://www.daera-ni.gov.uk/articles/what-blue-green-algae        

Blue-Green Algae as Garden Fertilizer

Overview

Blue-green algae (cyanobacteria) are increasingly recognized as valuable biofertilizers for gardens and agriculture. They offer a sustainable alternative to synthetic fertilizers, improving soil health, plant growth, and environmental outcomes.

Key Benefits

• Nitrogen Fixation: Blue-green algae can convert atmospheric nitrogen into forms usable by plants, reducing the need for chemical nitrogen fertilizers and enhancing soil fertility^[1][2].
• Nutrient Content: Rich in essential nutrients such as nitrogen, phosphorus, potassium, and trace minerals, blue-green algae support robust plant growth and root development^[3][4].
• Soil Health Improvement: Their application increases soil organic matter, boosts beneficial soil microorganisms, and improves soil structure, aeration, and water retention^[5][3].
• Growth Stimulation: Cyanobacteria produce phytohormones, vitamins, and biostimulants that promote plant growth, flowering, and resistance to stress and disease^[1][6].
• Composting Accelerator: When mixed into compost, blue-green algae speed up decomposition and nutrient release, leading to richer compost products^[4][7].
• Cost-Effective and Eco-Friendly: Using blue-green algae can lower fertilizer costs, reduce environmental pollution, and support regenerative gardening practices^[8][5].

Application Methods

Method	How to Use	Notes/Precautions
Composting	Mix blue-green algae into compost piles with other organic matter.	Accelerates decomposition and nutrient release; avoid contaminated sources[7].
Direct Soil Use	Dry and crumble algae, then incorporate into garden beds or potting soil.	Use only dead algae to prevent unwanted growth; rinse if from saltwater[4].
Liquid Extract	Steep algae in water, strain, and use the liquid to water plants.	Provides a quick nutrient boost and biostimulant effect[3].
Mulching	Spread dried algae around plants as mulch.	Retains moisture and releases nutrients gradually as it breaks down[4].

Scientific Insights

• Plant Growth and Yield: Studies show that cyanobacteria biofertilizers can increase crop yields and improve nutritional quality by supplying macro- and micronutrients, phytohormones, and antioxidants^[5][1].
• Soil Structure and Biodiversity: Application of blue-green algae enhances soil enzymatic activities, organic carbon content, and microbial diversity, leading to healthier, more resilient soils^[5][2].
• Pathogen Resistance: Cyanobacteria produce antimicrobial compounds that help protect plants from soil-borne diseases and pests^[1][6].
• Slow-Release Fertilization: Nutrients from blue-green algae are released slowly as they decompose, similar to commercial slow-release fertilizers, reducing nutrient leaching and supporting sustained plant growth^[5].

Important Considerations

• Source Quality: Only use algae from clean, uncontaminated sources to avoid introducing toxins or heavy metals into your garden^[4].
• Salt Content: If collected from saltwater, rinse thoroughly to remove excess salt, which can harm sensitive plants and soil microbes^[4].
• Use Dead Algae: Always use dead algae to prevent unwanted algal growth in soil or on plant surfaces^[4].
• Moderation: Overuse can lead to nutrient imbalances; use as part of a balanced fertilization plan^[3].

Summary Table: Blue-Green Algae as Fertilizer

Benefit/Use	Details
Nitrogen Fixation	Converts atmospheric nitrogen for plant use[1][2]
Nutrient Content	High in N, P, K, trace minerals, and phytohormones[3][4]
Soil Health	Improves structure, aeration, water retention, and microbial activity[5][3]
Growth Stimulation	Enhances plant growth, stress resistance, and yields[1][6]
Composting	Speeds up decomposition and nutrient cycling[4][7]
Sustainability	Reduces chemical fertilizer use and environmental impact[8][5]
Application Methods	Composting, direct soil mixing, liquid extracts, mulching[4][3]
Precautions	Use from clean sources, rinse salt, use dead algae, apply in moderation[4][3]

Conclusion:
Blue-green algae are an effective, sustainable, and nutrient-rich option for garden fertilization. Their use can improve soil quality, boost plant growth, and reduce reliance on synthetic fertilizers, making them an excellent addition to eco-friendly gardening practices^[4][1][5].

⁂

• https://typeset.io/questions/what-are-the-benefits-of-using-cyanobacteria-as-a-55b176ex8f       
• https://lee-enterprises.com/cyanobacteria-in-sustainable-agriculture-2/   
• https://www.growwithgrease.com/pages/blue-green-algae        
• https://algenair.com/blogs/news/the-benefits-of-algae-as-a-fertilizer            
• https://projects.sare.org/sare_project/ls21-354/        
• https://pmc.ncbi.nlm.nih.gov/articles/PMC8879750/   
• https://www.mun.ca/harriscentre/media/production/memorial/administrative/the-harris-centre/media-library/reports/Husain_Waste__report-Final_12-13.pdf   
• https://resoilfoundation.org/en/agricultural-industry/cyanobacteria-biofertilizers-for-soil/  

Red Algae as Garden Fertilizer

Key Benefits

• Rich in Potassium and Micronutrients: Red algae are particularly high in potassium, which is essential for root development and plant drought resistance. They also supply trace minerals like calcium, magnesium, and iron, contributing to overall plant health and soil fertility^[1][2].
• Natural Growth Stimulants: Red algae contain phytohormones and bioactive compounds that can stimulate plant growth, enhance flowering and fruiting, and improve crop yields. These compounds also help plants better withstand stress and disease^[3].
• Soil Improvement: When decomposed or composted, red algae add organic matter to the soil, improving its structure, aeration, and water retention. They also help bind soil particles, reducing erosion and nutrient runoff, especially during heavy rains^[1].
• Eco-Friendly Alternative: Using red algae as fertilizer reduces reliance on synthetic fertilizers, supports sustainable agriculture, and can help lower the environmental impact of gardening and farming practices^[3][4].

Application Methods

Method	How to Use	Notes
Composting	Add rinsed, chopped red algae to your compost pile. Layer with carbon-rich materials.	Composting accelerates decomposition and nutrient release[1][5].
Direct Soil Use	Dry and crumble red algae, then mix into garden beds or potting soil.	Ensure algae is from a clean, uncontaminated source[6][5].
Mulching	Spread dried algae around plants as mulch.	Helps retain moisture and slowly releases nutrients as it breaks down[7].
Liquid Extract	Steep red algae in water for several days, strain, and use the liquid to water plants or as a foliar spray.	Provides a quick nutrient boost and growth stimulation[7][8].

Important Considerations

• Source Quality: Only use red algae collected from clean, uncontaminated waters to avoid introducing pollutants or heavy metals into your garden^[6].
• Salt Content: Rinse marine red algae thoroughly before use to remove excess salt, which can harm soil microbes and sensitive plants^[6][5].
• Compost First for Best Results: Composting red algae before application is generally safer and more effective, ensuring full decomposition and nutrient availability.
• Balanced Fertilization: While red algae are nutrient-rich, they are best used as a supplement rather than a sole fertilizer, especially for crops with high nitrogen demands^[7].

Scientific Insights

• Studies show that algae-based fertilizers, including those made from red algae, can perform as well as or better than conventional synthetic fertilizers for crops like tomatoes, marigolds, and sweet corn. They provide a slow, steady release of nutrients and support soil microbial health^[9][3].
• Red algae extracts act as natural biostimulants, helping plants resist pathogens and environmental stresses by enhancing their physiological and biochemical defenses^[3].

Summary Table: Red Algae as Fertilizer

Benefit/Use	Details
Nutrient Content	High in potassium, trace minerals, phytohormones[1][3][2]
Soil Health	Improves structure, aeration, water retention, reduces erosion[1][4]
Growth Stimulation	Contains natural hormones and biostimulants[3]
Sustainability	Reduces need for synthetic fertilizers, eco-friendly[3][4]
Application Methods	Composting, direct soil mixing, mulching, liquid extracts[1][7][6][8]
Key Precautions	Use only from clean sources, rinse to remove salt, composting preferred[6][5]

Red algae are a nutrient-rich, sustainable option for garden fertilization, offering both direct plant benefits and long-term improvements to soil health when used thoughtfully.

⁂

• https://algenair.com/blogs/news/the-benefits-of-algae-as-a-fertilizer      
• https://draxe.com/nutrition/red-algae/  
• http://www.scielo.org.co/scielo.php?script=sci_arttext&pid=S0122-97612024000200143       
• https://experts.umn.edu/en/projects/algal-biofertilizer-to-improve-soil-health   
• https://www.youtube.com/watch?v=CFo6ihXJ_do    
• https://gardening.stackexchange.com/questions/52845/is-algae-good-as-a-fertilizer-for-plants     
• https://seaveg.com/blogs/mcsv-blog/seaweed-in-the-garden    
• https://www.homesandgardens.com/gardens/how-to-use-seaweed-as-garden-fertilizer  
• https://journals.ashs.org/downloadpdf/view/journals/hortsci/54/3/article-p528.pdf