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Home Our Mission Recycling Plastics Air Water Land Lifestyles Economy & Politics Media & Awards < Back How Much Does It Really Cost to Climb Everest in 2025? How Much Does It Really Cost to Climb Everest in 2025? Did you know climbing Mount Everest can cost anywhere from $45,000 to over $200k (VIP plan for $1 million) and that’s before factoring in international flights to Kathmandu? Everest isn’t just the ultimate test of endurance; it’s also one of the most expensive adventures on Earth. In 2025, Nepal increased climbing permit fees from $11,000 to $15,000 to enhance safety and environmental protections. Here’s what a climb really costs on the Nepal side: Everest Expedition Pricing by Tier * Budget: $45,000 — minimal support, higher risk * Standard: $65,000–$75,000 — balanced safety and support * Luxury: $200,000+ — heated tents, gourmet meals, personal Sherpas * VIP: Up to $1 million — private helicopters, media crews, custom gear ** Costs exclude international travel to Nepal. __________________________________________________________________ Where Your Money Goes Category Cost Estimate - Government climbing permit $15,000 - Guides & summit strategy $10,000–$25,000 - Sherpa support - Nepali Guide Service: $47,000 - Foreign Guide Service with Sherpa Guide : $52,967 - Foreign Guide Service with Western Guide: $76,000 - Oxygen bottles & regulators $3,000–$5,000 - Porters & yaks $1,000+ - Gear & clothing $10,000–$15,000 - Domestic flights, hotels, transport $3,000–$7,000 - Sagarmatha Park + local permits ~$45 - Insurance ~$2,500 - Trash deposit (refundable) ~$4,000–$5,000 ______________________________________________________________________ Mandatory Guide Requirement * 2025 Rule: One certified guide per two climbers on peaks above 8,000 meters. * Cost: $5,000–$10,000 depending on guide experience and expedition duration. Experience Prerequisite Climbers must have previously summited a 7,000-metre peak in Nepal to qualify for an Everest permit, according to proposed 2025 regulations. Climbs outside Nepal may or may not be accepted. So, you’ll need documented proof and check with your outfitter or Nepal’s tourism authority. Always confirm your credentials before planning. * May require an extra expedition (e.g., Manaslu), adding $10,000–$20,000. Other Fees & Permits * Sagarmatha National Park Entry Fee: ~$45 * Khumbu Pasang Lhamu Rural Municipality Fee: $20–$30 per person * Optional drone permits and satellite licenses Tip: Confirm exactly what your expedition package includes. The above adventure pricing does not include the international and domestic flights to the capital of Nepal, Kathmandu. Also, your climbing gear is not included. Everest is more than a climb. Rather, it’s a major financial, physical, and environmental commitment. Respect local rules, protect the mountain, and honor the Sherpa culture that makes these journeys possible. Sources: https://exploreallaboutnepal.com/average-cost-of.../ https://alpenglowexpeditions.com/.../Everest-Trip-Packet ... https://everestyadav.blogspot.com/.../the-time-has-come ... https://www.reuters.com/.../nepal-sharply-hikes-permit.../ https://www.climbing.com/.../how-much-does-it-cost-to ... #everest #mteverest #moutainclimbing #nepal #expedition #moutainexpedition #summit #climbing #kathmandu #camping #fees #expensive #cost #adventure #mostexpensiveadventure #mountains #worldroof #ctdp #connectingthedotsproject ←Previous Next→

Scholarship, Grants, & Opportunities for youth changemakers Echoing Green Fellowship (Fellowship) Star October 31, 2025 Deadline: Social entrepreneurs launching impactful ventures Eligibility: Opportunity or Amount: $100,000 stipend over 18 months Apply National Geographic Society Grants Star November 1, 2025 Deadline: Young changemakers in conservation, education, exploration Eligibility: Opportunity or Amount: Typically $5,000–$15,000 for early-stage projects Apply DoSomething.org Grants Star Varies by campaign Deadline: Youth-led campaigns for social change Eligibility: Opportunity or Amount: Typically $2,000 per campaign; some grants up to $5,000 Apply Echoing Green Fellowship (Fellowship) Star October 31, 2025 Deadline: Social entrepreneurs launching impactful ventures Eligibility: Opportunity or Amount: $100,000 stipend over 18 months Apply National Geographic Society Grants Star November 1, 2025 Deadline: Young changemakers in conservation, education, exploration Eligibility: Opportunity or Amount: Typically $5,000–$15,000 for early-stage projects Apply Ashoka Youth Venture Star Rolling Deadline: Youth launching social ventures Eligibility: Opportunity or Amount: Varies; may include seed funding and mentorship Apply Climate Skills Global Collaboration Grants – British Council Star November 14, 2025 Deadline: Youth-serving institutions in UK, Brazil, India, Indonesia, Mexico, Vietnam Eligibility: Opportunity or Amount: £85,000 per partnership Apply Smithsonian Community and Environment Fellowship (Fellowship) Star October 15, 2025 Deadline: Graduate students or researchers with community-based environmental projects Eligibility: Opportunity or Amount: $62,000/year for 2 years Apply Bush Fellowship Program (Fellowship) Star October 7, 2025 Deadline: Leaders from any sector (nonprofit, business, government) in Minnesota, North Dakota, North Dakota, South Dakota Eligibility: Opportunity or Amount: Up to $150,000 over 2 years Apply OJJDP FY25 National Mentoring Programs Star November 3, 2025 Deadline: Nonprofits serving youth at risk of delinquency or victimization Eligibility: Opportunity or Amount: Up to $30,000,000 per award Apply Load more Name Price Search * Disclaimer This scholarship information is subject to change. While our team works to keep the database accurate, we recommend verifying all details on the official scholarship website .*

Investigate how environmental policies, global trade, and economic systems influence sustainability. Explore the role of governance, activism, and corporate responsibility in shaping our future. Home Our Mission Recycling Plastics Air Water Land Lifestyles Economy & Politics Media & Awards Behind the Headlines: Government Actions and Policies Behind the Headlines: Government Actions and Policies Behind the Headlines: Government Actions and Policies Behind the Headlines: Government Actions and Policies Positive Impacts and Challenges Around the World Germany's Detailed Recycling Policies: The Key to Their Success 95% Food Wastes Recycled in Korea Noah's Arc for Seeds: Svalbard Global Seed Vault in Norway Why Toyota Camry costs $183,000 USD in Singapore Droughts and Desperate Measure to Cull Elephants The Amazon Region Protected Areas (ARPA) Program Takes a Giant Leap in Conservation Efforts Understanding the Paris Agreement: A Global Commitment to Combat Climate Change The Great Green Wall Initiative The Amazon Region Protected Areas (ARPA) Program Takes a Giant Leap in Conservation Efforts Protecting the Environment of the Galápagos Islands EPA Announces Largest Deregulatory Action in U.S. History United States United States United States United States Overview of Rare Earth Regulation Federal Agency Considering to Ban Gas Stoves Protecting Majestic Redwoods in California USDA Organization Certification Process Cost of Switching School Busses to Electric General Overview of Rare Earth Regulation Agroforestry and regenerative farming practices are expanding in countries like Brazil and Ecuador. Global Environment Initiatives Global Environment Initiatives Global Environment Initiatives Global Environment Initiatives Canada has established several large marine protected areas, including the Tuvaijuittuq Marine Protected Area in the Arctic. In Michoacán, Mexico, this UNESCO World Heritage site protects millions of monarch butterflies. The Amazon Region Protected Areas Program is the largest initiative aiming to protect 150 million acres of the Brazilian rainforest. Slovenia's Ljubljana has been transformed into a more pedestrian- and bike-friendly city The 30x30 Initiative aims to protect 30% of U.S. land and water by 2030. The Nyerere National Park in Tanzania, formerly part of the Selous Game Reserve, is the largest protected wildlife area in Africa Uruguay generates over 95% of its electricity from renewables, including wind, solar, and hydro. Indigenous-led initiative to protect 86 million acres of rainforest from industrial extraction in Peru and Equador. In Norway, Svalbard Global Seed Vault stores seeds from around the world to safeguard biodiversity. The Arctic MPA Network is a network of marine protected areas to conserve the biodiversity In India, Project Tiger focuses on tiger conservation through protected reserves. AFRICA: The Great Green Wall project aims to restore 100 million hectares of degraded land across the Sahel. Singapore's Green Mark Scheme encourages energy-efficient and environmentally friendly buildings. Initiatives like Kenya's M-Kopa Solar provide affordable clean energy to rural households. In Australia, Reef 2050 Plan focuses on protecting the Great Barrier Reef from coral breaching, pollution, & climate change. Israel leads in desalination and water recycling technologies. Brazil, Colombia, and Peru collaborate with indigenous communities to safeguard the Amazon Basin. Three-North Shelterbelt Program aimed at creating a forest belt across northern China, including the Gobi Desert. EU's Circular Economy Action Plan aims to reduce waste including the right to repair laws and recycling initiatives. New Zealand aims to eradicate introduced predators like possums, rats, and stoats by 2050 to protect native wildlife, including the iconic kiwi. 20-Year Forestry Master Plan aims to increase forest cover to 40% of the Thailand's total land area. Mongol's Integrated Water Resources Management to improve water use efficiency, and protect water quality. The EU's flagship initiative aims to make Europe the first climate-neutral continent by 2050. South Korea's Volume-Based Waste Fee System charges citizens for the amount of food waste. Russia's National Forest Policy protects Siberia's vast taiga, the world's largest forest with stricter regulations on logging, fire prevention strategies, and reforestation projects. Pacific Oceanscape aims to protect the Pacific for the management of marine resources and to safeguard biodiversity. Saudi Green Initiative: Aiming to plant 10 billion trees China's 13th Five-Year Plan aims to reduce PM2.5. Indian Ocean Rim Association promotes environmental sustainability, economic development, and disaster risk reduction. Endangered Species Act protects threatened wildlife, including iconic species like the California condor, red wolf, and grizzly bear, alongside critical habitats. Examples of Global Efforts to Protect the Environment Economy Economy Economy Economy Food Desert You May Be Eligible for a Rebate by Replacing a Gas Oven with an Electric One Buy Nothing: Circular Economy Community Economic Benefits of Wind Power Community Solar Farm: Subscribe to Clean Energy for Your Condo or Apartment I'm an image title Describe your image here. Sustainable Businesses are booming SEC Votes on Climate Disclosure Rule

Home Our Mission Recycling Plastics Air Water Land Lifestyles Economy & Politics Media & Awards Recycling & Disposal Guide: Body Deodorant Cream & Spray ✅ Body Deodorant Cream (Jars, Tubes, and Sticks) ♻️ Recycling Options: Plastic Stick Containers: Most deodorant sticks are made from mixed plastics (often #5 polypropylene), which may not be accepted curbside . Some brands offer take-back programs (e.g., TerraCycle ). Tubes & Jars: Check for recycling symbols (#1, #2 , or #5 ) —if accepted locally, empty and rinse before recycling. Glass Jars: Usually recyclable if clean. Remove any plastic lids and check local guidelines. 🛠 Reuse Options: Empty jars can be reused for DIY balms, creams, or storage. Some brands offer refillable deodorant options to reduce plastic waste. 🚫 Do Not Recycle If: The container is coated, laminated, or made of mixed materials that cannot be separated. The product is partially full —use it up or dispose of the remaining product before recycling. ✅ Body Deodorant Spray (Aerosol Cans) ♻️ Recycling Options: Completely empty cans are usually recyclable in curbside programs since they are made of aluminum or steel . Remove the plastic cap before placing in the recycling bin. 🚫 Special Disposal for Partially Full Cans: Pressurized or partially full cans are hazardous waste —take them to a Household Hazardous Waste (HHW) facility . Do NOT puncture, crush, or incinerate aerosol cans, as they can explode. By choosing refillable, recyclable, or sustainable deodorant options , you can help reduce plastic waste and keep hazardous materials out of landfills. 🌍♻️

Home Our Mission Recycling Plastics Air Water Land Lifestyles Economy & Politics Media & Awards Recycling & Disposal Guide: Aluminum & Soda Cans Recycling Options: ✅ Curbside Recycling: Most aluminum cans, including soda and beverage cans, are widely accepted in curbside recycling programs. Follow these steps: Empty & Rinse: Ensure the can is free of liquid or residue. Crushing (Optional): Some programs accept crushed cans to save space, but others prefer them intact for sorting efficiency. Keep the Tab On or Collect Separately: Some charities, like the Ronald McDonald House Charities , collect aluminum can tabs for fundraising. ✅ Bottle & Can Redemption Centers: If your state has a bottle deposit program (like California, Michigan, or New York), you can return aluminum cans for a cash refund. ✅ Scrap Metal Recycling Centers: Large amounts of aluminum cans can be taken to scrap metal recyclers for additional monetary compensation. Disposal Considerations: ⚠ Do Not Place in Trash: Aluminum is highly recyclable and should never be discarded in regular trash. Recycling aluminum saves 95% of the energy required to make new aluminum from raw materials. ⚠ Avoid Contaminants: Do not recycle aluminum cans with excessive food, grease, or non-removable plastic linings.

Home Our Mission Recycling Plastics Air Water Land Lifestyles Economy & Politics Media & Awards Algae Systems: A Breakthrough in Urban Air Purification Photo by BioUrban As cities continue to grapple with rising pollution levels and worsening air quality, innovative solutions are emerging to combat these environmental challenges. One such cutting-edge technology is algae-based air purification systems , which utilize microalgae to absorb CO₂ and pollutants while generating oxygen more efficiently than trees. Developed by Biomitech , the BioUrban system is a pioneering urban CO₂ capture technology that mimics the natural process of photosynthesis to purify the air. This system operates by cultivating microalgae within specialized units that actively absorb carbon dioxide, nitrogen oxides, and particulate matter from the atmosphere. The BioUrban system functions as an air purification station , strategically placed in urban areas where pollution levels are highest. The enclosed microalgae effectively capture contaminants and convert them into oxygen through photosynthesis. Key benefits include: Superior CO₂ Absorption: The BioUrban system absorbs CO₂ at a rate much higher than individual trees, providing a localized and efficient carbon sink. Pollutant Removal: It captures up to 85% of airborne pollutants , including nitrogen oxides and fine particulate matter, significantly improving air quality. Sustainability: The microalgae used in these systems can be repurposed for various applications, such as biofuels and fertilizers, ensuring a sustainable cycle of use. With climate change and urban pollution posing major global threats, algae systems represent a promising avenue for mitigating environmental damage. By integrating bioengineered solutions like BioUrban into cityscapes, municipalities can take a proactive approach toward cleaner, healthier urban environments. As research and development continue, algae-based air purification systems could become an essential part of future urban planning strategies, offering scalable and efficient methods for reducing pollution and promoting sustainability. Sources: https://www.biomitech.fr/biourban/ https://climatetrade.com/meet-the-trees-of-the-future-biourban-microalgae-reactors-to-purify-the-air-in-large-cities/#:~:text=BioUrban%20is%20a%20pioneering%20technology,tons%20of%20CO2%20per%20year . https://solarimpulse.com/solutions-explorer/biourban

Home Our Mission Recycling Plastics Air Water Land Lifestyles Economy & Politics Media & Awards The Environmental Cost of Generative AI: Balancing Innovation with Sustainability The Environmental Cost of Generative AI: Balancing Innovation with Sustainability Generative Artificial Intelligence (Gen AI) is revolutionizing industries with its capabilities in automation, data processing, and creative problem-solving. However, this technological leap comes at a significant environmental cost, particularly concerning energy consumption and carbon emissions. As industries race to harness the potential of Gen AI, understanding and mitigating its ecological footprint is imperative. The Energy Demands of Gen AI A comprehensive report by the Capgemini Research Institute reveals staggering figures on Gen AI’s energy consumption. Training GPT-3, a model with 175 billion parameters, requires electricity equivalent to the annual consumption of 130 U.S. homes. Scaling up to GPT-4, with its 1.76 trillion parameters, demands energy on par with 5,000 U.S. homes per year. Yet, training is only one part of the equation; inference—where AI models generate real-time responses—often consumes as much or more energy than training. Moreover, the infrastructure supporting these models, particularly data centers, requires vast amounts of water for cooling. Every 20–50 queries processed by a large language model (LLM) can use approximately 500 milliliters of water, highlighting AI’s hidden impact on global water resources. The Challenges of Measuring AI’s Environmental Impact Despite the growing concerns, many organizations remain unaware of Gen AI’s environmental footprint. Capgemini’s research indicates that only 12% of executives measure their AI-related carbon emissions, and just 20% consider environmental impact as a top criterion when developing or selecting AI models. Additionally, 48% acknowledge that their AI initiatives have contributed to increased greenhouse gas emissions. A significant barrier to addressing this issue is the lack of transparency from AI providers and the absence of standardized methodologies for assessing energy consumption. Approximately 74% of executives report difficulty in accurately measuring their AI footprint, underscoring the urgent need for clear industry-wide reporting standards. Beyond Energy: The Physical and Social Costs Beyond energy concerns, the rapid expansion of AI infrastructure has tangible effects on land use and local communities. Reports from MIT and EY highlight that discussions on AI’s environmental impact often overlook the physical footprint of data centers and the displacement of local communities due to infrastructure expansion. As AI continues to scale, responsible planning and equitable land-use policies must be part of the sustainability conversation. Innovations in Sustainable AI While the environmental concerns of Gen AI are undeniable, efforts are underway to develop more sustainable AI solutions. Doug Ross, CTO at Sogeti, introduced the concept of the ‘mixture of experts,’ an approach that activates only the necessary neurons for specific tasks, significantly reducing energy consumption. Small language models (SLMs) and energy-efficient hyperscalers are also emerging as alternatives, providing powerful AI solutions with reduced environmental impact. AI is also proving beneficial in sustainability planning itself. In supply chains, AI-driven predictive analytics reduce transportation costs and optimize inventory management. In healthcare, AI aids in early disease detection, streamlining patient care and reducing resource waste. These applications demonstrate that AI can be both a sustainability problem and a solution, depending on how it is developed and deployed. The Path Forward: Balancing Innovation with Responsibility As AI technology advances, organizations and policymakers must balance innovation with sustainability. This requires a long-term strategic approach rather than quick, short-term fixes. Companies that prioritize efficiency and environmental responsibility will likely gain a competitive edge as regulatory frameworks evolve and consumers demand more sustainable practices. Transparency in AI reporting, particularly in environmental, social, and governance (ESG) compliance, will be crucial. Organizations must adopt standardized energy assessment methods and implement voluntary accountability measures to mitigate AI’s environmental impact. Conclusion Generative AI is a powerful tool with transformative potential, but its environmental costs cannot be ignored. By integrating sustainability into AI development, advancing energy-efficient models, and ensuring transparent reporting, industries can harness AI’s benefits while minimizing its ecological footprint. As global conversations on AI and sustainability continue, proactive measures today will shape a more responsible and environmentally conscious future for AI-driven innovation. Sources: Capgemini Research Institute, "The Environmental Impact of Generative AI," 2024. MIT Technology Review, "AI’s Physical Footprint and Its Hidden Costs," 2023. EY Report, "AI and Sustainability: The Path Forward," 2024. Forbes, "Balancing AI Efficiency and Environmental Responsibility," 2024.

Home Our Mission Recycling Plastics Air Water Land Lifestyles Economy & Politics Media & Awards How to Dispose or Recycle Floor Lamps, Hanging Lamps, Chandeliers, and Handheld Flashlights 1. Floor Lamps and Chandeliers ✅ Recycling & Disposal Options: Donate or Sell : If in working condition, consider donating to thrift stores, charities, or selling online. Electronics or Scrap Metal Recycling : Some parts, like metal frames and wiring, can be recycled at e-waste or scrap metal facilities. Hazardous Waste Facilities : If the fixture contains built-in lighting (e.g., fluorescent or LED components), check if your local hazardous waste facility accepts them. 🚫 Do NOT place in curbside recycling : Most recycling programs do not accept large fixtures due to mixed materials. 2. Handheld Flashlights ✅ Recycling & Disposal Options: Battery Removal : Remove batteries and recycle them separately at battery drop-off locations. E-Waste Recycling : Some flashlights (especially rechargeable or LED ones) qualify as e-waste. Scrap Metal Recycling : Metal casings can sometimes be recycled as scrap metal. 🚫 Do NOT place in curbside recycling : Plastic or mixed-material flashlights are not curbside-recyclable.

Home Our Mission Recycling Plastics Air Water Land Lifestyles Economy & Politics Media & Awards < Back Power of refusing The power of saying "NO" made this family a multi-millionaire!! $255K to $37M in 45 years!! The Zammit family's home in Australia is located in The Ponds, a suburb near Quakers Hill, about 40km northwest of Sydney, Australia. The family moved into the home on a 1.99 hectare block in 1978. Allegedly, the estimated value of the property then was AUD $400,000 (USD $255,000). At the time, the area was mostly farmland (see the video below). However, over the years, the area has been developed into a suburb with thousands of new homes. The Zammit family has refused to sell the home despite numerous offers from developers. The Zammit family's home is now the only one left standing in the middle of the development. The home has been currently valued at $50 million AUD (USD $37.5 million). The family has said that they are not interested in selling the home because it is full of memories for them. They also believe that it is important to preserve some of the old character of the area. ←Previous Next→

Home Our Mission Recycling Plastics Air Water Land Lifestyles Economy & Politics Media & Awards Silicone Baking Mat & Baking Shell Recycling & Disposal ✅ Recyclable (Sometimes): Most curbside recycling programs DO NOT accept silicone baking mats or shells. Some specialty recycling programs (like TerraCycle) accept silicone kitchenware. Check with local waste management for drop-off locations that accept silicone. 🚫 Not Accepted in Regular Recycling Bins: Silicone is not classified as plastic and does not break down in the same way. Many facilities lack the infrastructure to recycle silicone properly. ⚠ Disposal & Alternatives: Repurpose old silicone mats as jar openers, non-stick liners for drawers, or pet food mats. If no recycling options exist, dispose of them in regular trash (silicone is non-toxic but will not biodegrade in landfills). Consider compostable baking paper as an alternative if looking for eco-friendly options.

Home Our Mission Recycling Plastics Air Water Land Lifestyles Economy & Politics Media & Awards LAND < Back Urban Growers Collective

Home Our Mission Recycling Plastics Air Water Land Lifestyles Economy & Politics Media & Awards Recycling & Disposal Guide: Tablets and Phones ✅ Best Recycling & Disposal Methods: Electronics Recycling Centers Many municipalities have e-waste recycling programs that accept old tablets and phones. Check with your local waste management services. Retailers like Best Buy, Staples, and Office Depot offer drop-off recycling for small electronics. Manufacturer & Carrier Trade-In Programs Apple Trade-In – Apple accepts old iPhones and iPads for recycling or credit toward a new device. Samsung Recycle & Trade-In – Samsung has a similar program for phones and tablets. Google, Microsoft, and Amazon also offer trade-in programs for eligible devices. Mobile carriers (AT&T, Verizon, T-Mobile, Sprint) may provide trade-in deals or recycling options. Donate for a Good Cause Cell Phones for Soldiers – Provides free communication services to active military members and veterans. Secure the Call – Collects used phones to distribute as emergency devices for at-risk individuals. Medic Mobile – Accepts old smartphones for repurposing in global health programs. Local shelters, schools, or nonprofits may accept working devices. 🚫 Not Accepted in Curbside Recycling: Phones and tablets contain lithium-ion batteries, which must be recycled properly to avoid environmental hazards. 🗑 Trash Disposal (If No Other Option) Never throw phones or tablets in regular trash—they contain hazardous materials like lead, mercury, and cadmium, which can leach into the environment. Important Notes & Warnings: ⚠ Factory Reset Your Device – Before recycling or donating, erase personal data by doing a factory reset.⚠ Remove SIM & Memory Cards – Take out your SIM card and external storage to protect sensitive information.⚠ Beware of Lithium Battery Risks – Devices with built-in batteries must not be thrown in the trash due to fire hazards.