Home Our Mission Recycling Plastics Air Water Land Lifestyles Economy & Politics Media & Awards < Back Knowing peak and off-peak hours Cut Costs as You Conserve Energy Did you know that the energy charge varies based on peak and off-peak hours during the day, and these fluctuations can impact the energy bill significantly? The energy is not typically charged at the same rate throughout the day. In many places, electricity providers implement time-of-use (TOU) pricing, where the cost of electricity varies based on the time of day and the level of demand on the energy grid. This pricing model is designed to encourage consumers to shift their energy usage to off-peak hours when the demand for electricity is lower and, in turn, helps balance the load on the grid. The three common pricing periods in time-of-use pricing are: Off-Peak Hours: Energy rates are the lowest during off-peak hours, which are usually late at night, early morning, and sometimes weekends when electricity demand is minimal. Mid-Peak Hours: Energy rates are higher during mid-peak hours, which generally fall during the daytime or early evening when there is moderate demand for electricity. Peak Hours: Energy rates are at their highest during peak hours, typically occurring during the late afternoon and early evening when energy demand is at its highest due to increased residential and commercial activities. *Please note that it may differ based on the region and the provider. For example, here are some energy-saving hours in New York City: Con Edison: During the summer, you should shift some energy use to off-peak hours, which are midnight to 8 AM or all day on weekends Central Hudson: Peak hours are 2 PM to 7 PM, Monday through Friday Smart Energy Plan: For some customers, the peak period is noon to 8 PM, and for others it's 2 PM to 10 PM On-peak winter hours: 5 PM to 8 PM, Monday through Friday (December - February) PSEG Long Island: Peak hours are from 4 PM until 8 PM weekdays Weekends and holidays: All day off-peak periods As you can see, you will need to contact your service provider or look at your bills to learn the peak and saver time of your area. You can also consider shifting some energy use to off-peak hours to avoid using large devices and appliances during the super-peak period, which is Monday through Friday from 2 to 6 PM. By charging different rates based on the time of day, utilities aim to incentivize consumers to use electricity during off-peak hours, thus reducing the strain on the grid during peak periods and promoting energy conservation. It's important for consumers to be aware of their electricity provider's pricing structure, as well as the specific times designated for off-peak, mid-peak, and peak hours. By understanding these rates, consumers can make informed decisions about when to use energy-intensive appliances to potentially save on their electricity bills. Some utility companies may also offer incentives or programs to encourage customers to shift their energy usage to off-peak times, further promoting energy efficiency and grid stability. Stay energy smart and save money! 5/4/2024 ←Previous Next→

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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→

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 LAND < Back Heatwave Tragedy: Howler Monkeys Fall from Trees in Mexico Amid Record Temperatures Howler Monkey In 2024, Mexico experienced an unprecedented heatwave that led to the tragic deaths of numerous howler monkeys in the southern regions. Temperatures soared to record highs, with some areas exceeding 45°C (113°F), creating life-threatening conditions for both humans and wildlife. In the state of Tabasco, at least 138 howler monkeys were found dead since mid-May 2024. These primates, known for their distinctive vocalizations, succumbed to heatstroke and dehydration. Veterinarians reported that some monkeys were discovered in critical condition, exhibiting severe dehydration and elevated body temperatures. Dr. Sergio Valenzuela, a local veterinarian, described the dire situation: "They arrived in critical condition, with dehydration and fever. They were as limp as rags. It was heatstroke." The extreme heat not only affected howler monkeys but also had a devastating impact on other wildlife. In the Selva Teenek eco-park located in the state of San Luis Potosí, over 100 animals—including parrots, toucans, and bats—succumbed to dehydration. The prolonged high temperatures and reduced rainfall led to water shortages, exacerbating the crisis for both captive and wild animals. Experts attribute these mass wildlife fatalities to a combination of soaring temperatures, drought, deforestation, and forest fires. These factors collectively deprive animals of essential resources like water and shelter, intensifying their vulnerability during extreme weather events. Wildlife biologist Gilberto Pozo highlighted the severity of the situation, noting that monkeys were "falling out of the trees like apples." This catastrophic event underscores the profound impact of climate change on biodiversity. As global temperatures continue to rise, such extreme weather events are expected to become more frequent, posing significant threats to various species. The 2024 Mexican heatwave serves as a stark reminder of the urgent need for comprehensive climate action to protect both human and animal populations from the escalating consequences of global warming. Please watch this footage from AP News apnews.com Mexico's intense heat sees howler monkeys fall dead from trees It’s so hot in Mexico that howler monkeys are dropping dead from trees. At least 83 of the midsized primates, who are known for their roaring vocal calls, were found dead in the Gulf coast state of Tabasco. Sources: https://apnews.com/video/animals-persian-gulf-mexico-monkeys-veterinary-medicine-31cace625570400280fda398c989618d?utm_source=chatgpt.com https://www.theguardian.com/world/article/2024/may/21/monkeys-mexico-heatwave?utm_source=chatgpt.com

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Home Our Mission Recycling Plastics Air Water Land Lifestyles Economy & Politics Media & Awards LAND < Back The largest invasive animal according to the Guinness World Record Do you know what the largest invasive animal according to the Guinness World Record is? It is the African hippopotamus in Colombia, South America. How did hippos get there? Well, here is why. Pablo Escobar (1949–1993) was a notorious Colombian drug lord and one of the most powerful and feared criminals in history. In the early 1980s, during the height of his drug empire, Escobar acquired a variety of exotic animals to populate his zoo, which also included elephants, giraffes, and other wildlife. 4 hippos were among the animals imported to add to the grandeur of his estate. When authorities seized and dismantled Escobar's criminal empire after his death in 1993, many of the animals from his zoo were relocated. However, the hippos posed a unique challenge. Due to their size, weight, and the difficulty of transporting them, authorities decided to leave them in the lakes and waterways near Hacienda Nápoles. A study commissioned by Colombia's environment ministry and published in April 2023 estimated that there are now 181–215 hippos. With no natural predators in the region, their numbers have continued to grow, leading to concerns about their impact on local ecosystems and the potential threats they pose to communities. The Colombian government has been grappling with the challenge of managing and controlling the population of these "cocaine hippos." As a result, Colombian Environment and Sustainable Development Minister Susana Muhamad announced a plan in Bogota on November 2, 2023, to sterilize, relocate, or euthanize the 'cocaine hippos' descended from those owned by Pablo Escobar. There are many challenges. Sterilization is a time-consuming process, as it involves identifying and capturing the territorial and aggressive 3-ton animals. The initial announcement of the plan highlighted its costliness, with each sterilization carrying a price tag of approximately $9,800. Also, the procedure also poses risks to the hippos, including potential allergic reactions to anesthesia or even death, as well as risks to the health personnel involved. The presence of cocaine hippos serves as just one illustration of the broader issue where pets transform into invasive animals. The transportation of non-native animals and plants invariably carries risks and impacts the ecosystem, due to various reasons including the lack of natural predators to maintain equilibrium, the transportation of diseases, rapid reproduction, and competition for resources. Sources: https://apnews.com/.../colombia-hippopotamuses-pablo ... https://www.guinnessworldrecords.com/.../90275-largest ... https://www.cnn.com/.../pablo-escobars-cocaine.../index.html https://www.nature.com/articles/d41586-023-03516-2 ... .

Home Our Mission Recycling Plastics Air Water Land Lifestyles Economy & Politics Media & Awards How to Dispose of & Recycle Electric Lawn Mowers, Power Tools, Leaf Blowers, and Snow Blowers Electric lawn mowers, power tools, leaf blowers, snow blowers, trimmers, and similar equipment should not automatically go in household trash or curbside recycling. They may contain rechargeable batteries, electronics, valuable metals, or, in some cases, fluids that require separate handling. 1. Prepare equipment safely Handle rechargeable batteries separately Many cordless yard tools use lithium-ion batteries. Never place lithium-ion batteries, or devices containing them, in household trash or curbside recycling bins. Damaged batteries can be crushed or punctured in collection trucks and recycling equipment, creating a fire risk. Take them to a battery-recycling program, a household hazardous-waste facility, or an electronics recycler that accepts batteries. If the battery is removable: Remove it only according to the manufacturer’s instructions. Cover exposed terminals with nonconductive tape, such as electrical or packing tape, or place each battery in a separate plastic bag. Keep batteries apart so their terminals cannot touch each other or metal objects. Store them temporarily in a nonmetal, dry container away from heat, direct sunlight, and flammable materials. If the battery is built into the equipment: Do not take apart the mower, blower, or tool unless the manufacturer or recycler specifically tells you how to do so. Contact a certified electronics recycler, your local waste authority, or the manufacturer for instructions. Tell the facility that the equipment contains a lithium-ion battery before bringing it in. Treat damaged batteries as a special case Do not bring a swollen, leaking, crushed, overheated, burned, or otherwise damaged lithium-ion battery to a standard retail collection box unless the collection site specifically confirms it can accept damaged batteries. Contact the manufacturer, local household hazardous-waste program, or battery recycler for handling instructions. EPA advises contacting the manufacturer if a lithium-ion battery is damaged. Check for fluids Most fully electric equipment does not use gasoline or engine oil, but hybrid, converted, or older equipment may contain fuel, oil, hydraulic fluid, coolant, or lubricants. Do not put equipment containing leaks or leftover fluids in the trash. Check the owner’s manual. Do not pour fuel, oil, or coolant into a drain, onto soil, or into a storm sewer. Ask your local household hazardous-waste program how to dispose of each fluid safely. Secure cords and accessories For corded equipment: Unplug the tool and secure the cord so it does not create a trip hazard during transport. Keep chargers, detachable cords, blades, and accessories with the equipment if the recycler requests them. Do not cut cords, dismantle the tool, or remove components unless the accepting facility specifically requires it. 2. Find a local recycling program Acceptance rules differ by location. Call or check online before transporting a mower, snow blower, battery, or power tool. Start with: Your city or county solid-waste authority Household hazardous-waste collection sites or events Municipal e-waste programs Electronics recyclers Scrap-metal recyclers Manufacturer or retailer take-back programs Ask these questions before you go: Do you accept electric lawn mowers, snow blowers, leaf blowers, or power tools? Do you accept equipment with a built-in lithium-ion battery? Must removable batteries be taken out first? Do you accept damaged, swollen, or recalled batteries? Are there size limits, fees, appointments, or preparation requirements? For electronics recycling, consider a recycler certified under R2 or e-Stewards standards. These certifications are designed to promote responsible management of electronics and their components. 3. Use manufacturer and retailer programs Some retailers and manufacturers accept specific types of rechargeable batteries, tools, or electronics. Always check the current accepted-items list for your specific store before visiting. Home Depot Home Depot partners with Call2Recycle to accept many rechargeable batteries, including lithium-ion batteries commonly used in power tools. Its program generally accepts rechargeable batteries weighing up to 11 pounds and under 300 watt-hours. Nonleaking batteries can be dropped into designated collection bins, often near the store entrance or customer-service area. 1553 Lowe’s Lowe’s offers rechargeable-battery recycling through store recycling centers in many locations. The company advises customers to use facilities that accept rechargeable batteries, including lithium-ion batteries and batteries containing heavy metals. Confirm local participation and accepted battery types before visiting. Best Buy and other electronics recyclers Best Buy and local electronics recyclers may accept certain electronics, cords, chargers, or battery-powered items. However, accepted products, quantity limits, and possible fees vary by store and location. Check before bringing large yard equipment. Tool manufacturers Check the manufacturer’s support page or customer-service line, especially for brands such as DeWalt, Ryobi, EGO, Milwaukee, Greenworks, STIHL, Toro, or Makita. Some brands provide battery-recycling guidance, service centers, trade-in opportunities, refurbishing options, or mail-back instructions. 4. Donate, repair, resell, or give away usable tools The most environmentally beneficial option is usually to keep safe, working equipment in use. If the tool only needs a new battery, blade, charger, switch, cord, or minor repair, compare the repair cost with replacement before recycling it. Possible reuse options include: Habitat for Humanity ReStore: Some locations accept working tools and home-improvement equipment. Call first because policies differ by store. Vocational schools, maker spaces, and community workshops: These may accept safe, usable tools for training or community projects. Neighborhood tool libraries: Some tool-lending programs accept donated equipment. Local nonprofits and community organizations: Ask whether they can use working lawn and garden equipment. Local resale and giveaway platforms: Sell, donate, or give away working items through neighborhood groups, community bulletin boards, or local online marketplaces. Before donating or selling: Clean the item. Include the charger, battery, manual, safety guard, and accessories if available. Clearly disclose its condition, battery age, known defects, and whether it needs repair. Do not donate unsafe, recalled, damaged, or overheating equipment. 5. Recycle equipment by component When equipment is no longer usable, use the appropriate recycling path for each part. Component Best disposal option Removable lithium-ion battery Battery recycler, household hazardous-waste facility, or participating retailer Built-in lithium-ion battery Electronics recycler or hazardous-waste program that accepts battery-containing equipment Electric motor, steel deck, aluminum housing, handles Scrap-metal recycler, if accepted Circuit boards, wiring, chargers, electronic controls Electronics recycler Plastic housings and wheels Ask the equipment recycler. These are usually not accepted in curbside recycling Blades and sharp metal parts Scrap-metal recycler or local solid-waste program. Wrap or secure sharp edges for transport if instructed Gas, oil, coolant, or other fluids Household hazardous-waste program, never the trash, drains, or storm sewers Do not assume a scrap-metal facility can accept the complete machine. Many facilities require you to remove batteries first, while others will accept the item only if it has been drained of fluids and confirmed to contain no hazardous battery. Quick checklist Before you leave home: Remove removable batteries if the manual and recycler instruct you to do so. Tape battery terminals or bag batteries separately. Do not place batteries in trash or curbside recycling. Keep damaged batteries out of ordinary retailer collection bins. Check for fuel, oil, or other fluids. Call the facility to confirm it accepts your exact item. Ask whether fees, appointments, or preparation steps apply. Donate or repair safe working equipment before recycling it. ⚠️ Safety Disclaimer: Connecting The Dots Project provides this information for general educational purposes. Disposal requirements vary by location and appliance. Do not dismantle microwaves, gas appliances, or other electrical equipment unless you are qualified to do so safely. Follow the manufacturer's instructions and local regulations.

Home Our Mission Recycling Plastics Air Water Land Lifestyles Economy & Politics Media & Awards LAND < Back How to choose grow lamps/ light bulbs for indoor gardens How to Choose Proper Plant-Growing Lights: A Guide to Safe and Effective Use Growing plants indoors requires the right lighting to support healthy growth. Whether you're a hobbyist or a serious indoor gardener, selecting the best grow light can significantly impact your plants' success. However, using grow lights improperly can lead to plant damage, safety hazards, and inefficiency. This guide will help you choose the right grow lights while following essential safety precautions. Cautions When Using Grow Lights Avoid Overexposure Too much light can stress or damage plants. Follow manufacturer guidelines on light duration and intensity to avoid overexposing your plants. Eye Protection Grow lights can be very bright. Avoid looking directly into them, and consider using protective eyewear if working around high-intensity lights for extended periods. Heat Management Some grow lights generate significant heat. Ensure proper ventilation to prevent overheating, which could damage plants and create fire hazards. Electrical Safety Handle grow lights and electrical components carefully. Always follow safety instructions to minimize the risk of electrical accidents, such as short circuits or shocks. Proper Distance Matters Position your grow lights at the correct distance from plants. Lights placed too close may burn leaves, while those too far away may not provide sufficient energy for growth. Always adhere to the manufacturer’s recommendations to ensure safe and effective use of your plant-growing lights. Factors to Consider When Choosing a Grow Light 1. Type of Plant Different plants have varying light requirements. Consider whether you're growing leafy greens, flowering plants, or fruit-bearing crops, as their lighting needs differ. 2. Annuals or Perennials Annuals often require intense lighting for short periods, while perennials may need consistent but moderate lighting over a longer duration. 3. Estimated Maturity Size Larger plants may need stronger lights with higher coverage, while smaller plants can thrive with lower-intensity lighting. 4. Location of the Plant in the Building Plants in darker areas may require stronger artificial lighting compared to those placed near natural light sources. 5. Stable or Mobile Lighting Some setups require fixed lighting, while others benefit from adjustable or mobile grow lights to accommodate plant growth. Understanding Light Terms 1. Light Intensity Light intensity refers to the amount of light that reaches a surface at a given distance from the source. For example, a dim light placed 2 inches away may provide more intensity than a brighter light positioned 14 inches away. 2. Duration This refers to the number of hours a plant receives light within a 24-hour period. You can control this manually or use a programmable timer for convenience. 3. Light Color and Spectrum Most grow lights offer full-spectrum light, but certain colors play specific roles in plant development: Blue Light ("Cool") – Encourages strong vegetative growth, including foliage and roots. Red Light ("Warm") – Stimulates flowering and fruit production. Yellow and Green Light – Used minimally by plants. Choosing Between LED and Fluorescent Grow Lights LED Grow Lights ✅ Best for plants: Calibrated to meet plant needs, with added blue light for strong roots and efficient photosynthesis.✅ Energy-efficient: Uses half the electricity and lasts up to 5 times longer than fluorescent bulbs.✅ Environmentally friendly: Mercury-free and shatter-resistant, reducing landfill waste.✅ Low heat output: Reduces the risk of burning plants. Fluorescent Grow Lights ✅ More affordable upfront: A good choice for beginners or small-scale indoor gardening.✅ Effective for certain plants: Works well for seedlings and low-light plants.⚠️ Less efficient than LEDs: Uses more electricity and has a shorter lifespan. Avoid Incandescent Bulbs Traditional incandescent bulbs are unsuitable for growing plants because they generate excessive heat, which can damage foliage. Final Thoughts Choosing the right grow light involves understanding your plants’ needs, ensuring safety precautions, and selecting energy-efficient options. LEDs are often the best choice for long-term efficiency and plant health, while fluorescent bulbs provide an affordable entry point for beginners. By using grow lights properly and safely, you can create an ideal indoor growing environment for thriving, healthy plants. Sources for Grow Light Information University Extension Programs & Research Centers University of Minnesota Extension – Indoor Plant Lighting Cornell University – Light for Plant Growth Purdue University Extension – LED Lighting for Greenhouses & Indoor Growing Government and Industry Organizations U.S. Department of Energy – LED Grow Light Efficiency NASA – Plant Growth in Controlled Environments Horticultural and Agricultural Resources Royal Horticultural Society (RHS) – Grow Lights and Indoor Plants American Society for Horticultural Science (ASHS) – Artificial Lighting for Plants Manufacturer Guidelines & Safety Standards Check the official manuals of grow light manufacturers such as GE Lighting, Philips Horticulture, Spider Farmer, and Mars Hydro for product-specific safety guidelines. Underwriters Laboratories (UL) – Electrical Safety for Grow Lights Cautions and Disclaimer While grow lights can enhance plant growth, improper use may lead to safety risks, including electrical hazards, fire, or plant damage. Please follow these precautions: Avoid Overexposure: Excessive light can stress or damage plants. Use grow lights according to recommended duration and intensity. Eye Protection: High-intensity lights can be harmful to eyesight. Do not stare directly at the lights, and use protective eyewear if needed. Heat Management: Grow lights can generate heat. Ensure proper ventilation to prevent overheating, which may cause fire hazards. Electrical Safety: Handle wiring and electrical components with care. Always follow manufacturer instructions to reduce the risk of electrical accidents. Proper Placement: Position lights at a safe distance from plants to avoid burning or stress. Disclaimer Connecting The Dots Project is not responsible for any accidents, injuries, fires, electrical hazards, plant damage, or any other consequences resulting from the use or misuse of grow lights. Users assume full responsibility for following safety guidelines and manufacturer instructions.

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Home Our Mission Recycling Plastics Air Water Land Lifestyles Economy & Politics Media & Awards < Back Our hero: Ron Finley https://www.youtube.com/watch?v=7t-NbF77ceM ←Previous Next→