Environmentally Friendly Christmas Tree Tradition

It is time for a new Christmas tree tradition for the 21st century.

Regardless of whether you are a real Christmas tree aficionado or an artificial tree enthusiast, you can make your Christmas tree tradition more eco-friendly.

Celebrating the holidays with a decorated Christmas tree in your home is a well-established custom in the United States dating back to the late 19th century. Our family is one of the 95 million American families who will be displaying a Christmas tree in their home this year.

Christmas trees have been a highlight of the holiday season for me ever since I was a little kid, but after living in a Monterey pine forest for a few years I began worrying about the environmental impact of Christmas trees, both real and artificial.

In 2014, I decided to conduct some research to try to determine if a real or artificial tree was a better choice from an environmental perspective. If you are interested you can read about my findings in the post, Which is Greener a Real or Artificial Christmas Tree? Nothing I learned induced me to switch from a real tree to an artificial tree or to give up Christmas trees altogether, but I committed myself to making our Christmas tree tradition more environmentally friendly.

You, too, can green your Christmas tree tradition. Below are some eco-friendly tips for real and artificial trees and a suggestion for a new tradition.

Green Tips for Artificial Christmas Trees

  • If you are serious about greening your Christmas tree tradition, avoid buying a trendy tree that you will be sick of in a few years and will want to replace. Buy a tree that you can see yourself enjoying for at least ten years and hopefully more.
  • It is hard to judge looks or quality online so go to a store with artificial Christmas trees on display.
  • Select a tree that looks well built and resilient enough to survive putting up and taking down year after year.
  • If you are buying a tree with lights already installed, opt for energy-efficient LED Christmas lights. If not, recycle your incandescent lights (even minis) and replace them with LED lights.
  • After the holidays, carefully pack up your tree and put it in a safe storage space. Artificial trees cannot be recycled so your goal should be to keep it out of a landfill as long as possible.

Green Tips for Real Christmas Trees

One non-environmental factor that makes real Christmas trees attractive to me is that they grow on farms in the United States providing jobs for Americans, while most artificial tree manufacturing occurs overseas.

  • Buy a sturdy tree stand built to last for decades and store it in a place where you can find it next year.
  • Organic Christmas trees are still rare in many areas, but if you can find one buy it.
  • Do not have your tree flocked. First, why buy a real tree if you are just going to cover it with synthetic material and second, flocked trees cannot be recycled.
  • If you still have incandescent Christmas tree lights, recycle them and purchase LED lights.
  • After the holidays, make sure you recycle your tree. Many towns offer curbside pick up or places where you can drop off your tree. The trees are chipped to create mulch and you may be able to pick up free mulch for your own yard or garden. Another option is to cut up the tree to fit in your green recycling bin if you have one.

Start a New Christmas Tree Tradition – Buy One, Plant Two

In 2014, after looking into the environmental impact of real and artificial Christmas trees, I decided to begin a new holiday tradition, a tree for a tree and encouraged readers to join me. I proposed that each year we buy a real or artificial Christmas tree or put up an existing artificial tree, we plant a new tree or get someone to plant one on our behalf in our yard, a park, or a forest.

That year, we planted a tiny cypress tree seedling that we had rescued from a street median. Three years later, the cypress tree is about 9 feet tall and flourishing.

Last year, I raised the ante on my tree planting to buy one, plant two. We selected two Big Sur Coast Redwood tree seedlings at the local nursery and planted them in our yard.

The redwood trees are still alive but they only grew about an inch. In hindsight, it seems like perhaps they needed more shade, water, and fog. Nevertheless, the trees have made it to the one-year mark so I am hopeful that they are established enough to live here for a couple hundred years.

This year I decided to obtain some expert advice about what type of trees to plant. At the December meeting of the California Native Plant Society in San Luis Obispo, CA, I cornered two botanists (in a nice way) and asked them for recommendations.

As a non-botanist, I was grateful that they did not start bandying about scientific names and took my question seriously. They both mentioned Toyon as one of their first two suggestions.

Interestingly, to me at least, the Saturday before the meeting, my spouse and I had gone on a native plant walk (it was a grueling uphill hike) and Toyon was the first plant pointed out on the trail.

Decorated Real Christmas Tree December 2017My spouse and I conferred about the botanists’ suggestions and determined that Toyon was the right choice for this year.

Our local nursery in Cambria only had two Toyons in stock. One was short and bushy and the other was several feet tall with a scattering of leaves. We opted to purchase both of them and then selected a Christmas tree, which is now beautifying our living room.

In the interest of giving the Toyons the best possible start on life in our yard, I decided to do a little research before we planted them. I learned that scientific name for Toyon is Heteromeles arbutifolia (I dare you to try saying that aloud) and it is called Christmas Berry and California Holly, which apparently inspired the name for the city of Hollywood. I read that Toyons are shrubs which can grow up to 30 feet tall and are supposedly easy to grow and deer resistant.

After mulling over several locations, we selected a spot that gets a little shade from a nearby Monterey pine tree. We planted the Toyons near each other, spread some mulch, and gave them some water. The deer that visit our yard do not strictly adhere to deer resistant plant guidelines so as a safety precaution we encircled our Toyons with fencing, which we will remove once the Toyons get big enough to hold their own with the deer.

Readers, I hope you will join me and expand your Christmas tree tradition to include planting two trees. If you do not have a yard to plant trees in, then consider making a donation (cash or labor) to a local tree planting program. Type “tree planting program” and the name of your town into your Internet search window to find local and regional opportunities for tree planting at parks, open spaces, nature preserves, schools, and nearby state or national parks.

Imagine if every one of the 95 million families displaying a Christmas tree this year each planted two trees. Soon, 190 million trees would be providing shade, filtering water, generating oxygen, furnishing wildlife habitat, and just being beautiful. Now, that is what I call a green gift.

Merry Christmas!

Featured Image at Top: Red Christmas Ornament with White Snowflakes Hanging on a Christmas Tree Branch – Photo Credit iStock/JurgaR

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Why You Should Read Your Energy Bills – Electric

Everyone can elect to use energy efficiently.

Understanding your electric and natural gas bills could turn you into a frugal energy user and unleash your inner climate activist.

We need to stop burning fossil fuels and each one of us has a responsibility (if we choose to accept it) to do our part. Decreasing energy consumption in our homes is something everyone can do to help. When millions of people take a small action like switching to LED light bulbs, the energy savings can really add up.

This is the second in a 2-part post exploring how you can use your energy bills to educate yourself about your energy use and make informed decisions about when and how much energy you use in your home.

In the first post, Why You Should Read Your Energy Bills – Natural Gas, readers confronted the facts about the ubiquity of fossil fuel infrastructure in the United States and learned how much natural gas common appliances use, how to read and understand natural gas bills, and had an opportunity to establish a usage reduction goal.

This post is devoted to giving you a high-level overview of electricity use in the United States, helping you unravel the mysteries of your electric bill, and encouraging you to set your own electricity reduction goal.

Electricity Generation in the United States High-Level Overview

Currently, in the United States, power plants generate 65% of their electricity by burning fossil fuels (34% natural gas, 30% coal, 1% petroleum). Nuclear, hydroelectric, and renewable energy make up the remaining 35% of electricity generation.1

Coal Power Plant with Piles of Coal on the Edge of a Lake
Coal Power Plant with Piles of Coal on the Edge of a Lake – Photo Credit Dreamstime/Maria Dryfhout

Fossil fuel burning power plants are expensive to ramp up and down so operators try to run these baseload plants at levels where they can generate and distribute a consistent amount of electricity continually.

During peak demand times or when electricity use spikes unexpectedly, electric companies bring their peaker plants online and/or purchase electricity from other power providers with excess capacity. This is a bad deal all around. Peaker plants are often the least efficient, most expensive, and worst polluting facilities.

What is a Kilowatt-Hour of Electricity?

Residential electricity is billed by the kilowatt-hour so you need to understand what that means.

Technically a kilowatt-hour is a measure of electrical energy equivalent to a power consumption of 1,000 watts for 1 hour.2 That begs the question, “What is a watt?” which then leads to “What is a joule?” and so on. For the purposes of this post, we will simplify matters by saying a watt is a measure of the operating power of an appliance or a piece of equipment.

You can find the wattage of your electric appliances and equipment on product labels, in user guides, and on the Internet. The examples below illustrate how long you could use several common electrical items for a kilowatt-hour of electricity.

  • Dry your hair for 37.5 minutes or about 5 minutes a day for 1 week using a 1600-watt hair dryer.
  • Cool your home for about 15 minutes using a 3500-watt central air conditioning system or for about 42 minutes using a 1400-watt window unit.
  • Brew 6 to 7 pots of coffee each taking 10 minutes using a 900-watt automatic drip coffee maker (fewer pots if you leave the machine on to keep the coffee warm).
  • Use a 1200-watt microwave oven for about 10 minutes a day for 5 days.
  • Watch a 48-watt television for 3 hours a day for 1 week (less time if you have a cable box and/or external speakers).

You can do the math for any electrical item in your home using simple equations.

If your appliance runs at x watts, it will run for 1000/X hour.

1600-watt hair dryer example where X is 1600.

1000/1600= .625 hour

.625 hour × 60 minutes/hour=37.5 minutes

What Does a Kilowatt-Hour of Electricity Cost?

In 2016, the average price of residential electricity in the United States was 12.55¢ per kWh. Hawaii had the highest average cost of 23.87¢ per kWh and Louisiana the lowest at 7.41¢. The average price in California where I live was 18.28¢ per kWh.3, 4

Mountain Top Removal to Extract Coal - Photo Statewide Organization for Community Empowerment
The Obvious but Hidden Cost of Mountain Top Removal Coal Mining – Photo Credit Statewide Organization for Community Empowerment

How Much Electricity Does the Average Household Use?

In 2016, the average residential electricity consumption was 897 kWh per month or 10,766 kWh for the year. Louisiana had the highest consumption at 14,881 kWh for the year and Hawaii had the lowest at 6,061 kWh.5

This figure varies widely across the country depending on where you live, the weather, and the number, type, and efficiency of the electric appliances and equipment you use in your home. For instance, in my region, the average monthly electricity use is about 417 kWh in the summer and 474 kWh during the winter.6

What Can You Learn from Reading Your Electric Bill?

I live on the California Central Coast and my electric company is PG&E. After looking at electric bills for electric companies in several states, I concluded that there is a fair amount of variability but the basics are similar.

For this section, you will need a copy of your electric bill from last December. If you do not have a paper or digital copy, most if not all electric companies, make bills available online. If you need to, take a break to go sign up, retrieve your bill, and then come back.

Electric Bill with Pen and Calculator - Photo Credit iStock/Niyazz

Now look at your bill and find the following or similar items.

Rate

This field indicates what rate schedule is being used to calculate your bill. You can look up rate schedules on your electric company’s website.

Climate Zone

Your home’s location places you in a climate zone that electric companies use to estimate how much electricity you and other customers in the same area will use during various times of the day and during different seasons of the year.

Baseline Allowance

The climate zone assigned to your home is used to determine your baseline allowance, which is an amount of electricity intended to cover about 50-70% of an average household’s use. The baseline is adjusted seasonally. Not all electric companies use baseline allowances.

For example, our town is in the climate zone that covers most of the California coast and a short distance inland. Here the baseline is 7 kWh/day (about 210 kWh/month) May through October and 8.5 kWh/day (about 255 kWh/month) November through April.7

Billing Period

The number of days in the billing period is used in calculations on your bill.

Meter Reading

Your electricity usage is calculated by subtracting the previous month’s meter reading from the current month. The difference is the number of kilowatt- hours you used.

Electricity Charges

Here is where it gets tricky. Electric companies often charge different rates at different times of the day and/or charge higher rates if your consumption is above a certain number of kilowatt-hours.

Tiered Rates

If you are on a tiered rate schedule, your per kWh rate will vary depending on your overall electricity consumption. Your baseline allocation kWh is charged at the lowest per kWh rate and you pay more for each kWh over the baseline.

For example, PG&E customers on a tiered rate plan pay 20¢ per kWh for tier 1 (baseline allocation), 28¢ per kWh for tier 2 (100-400% above baseline), and a 40¢ per kWh high usage surcharge (above 400%). The baseline allowance of kWh is different in the winter and summer, but the per kWh rate stays the same.7

Time-of-Use Rates

For customers on time-of-use schedules, you will pay the highest per kWh rate during peak demand (usually during the workweek from the late afternoon to mid-evening) and pay a lower per kWh rate during off-peak hours. Some companies have an interim rate for part peak hours (usually just before or after peak hours). The times considered to be in the peak demand period vary by company.

For instance, during the winter season, PG&E customers on the time-of-use rate schedule pay 23¢ per kWh from 4:00-9:00 p.m. Monday through Friday and 21¢ per kWh for electricity consumed at all other times and all weekend. When the summer season begins in May, rates will go up to 36¢ and 26¢ respectively.7

State Regulatory Fee

As a customer, you are funding the public utilities commission that regulates electric companies in your state.

Other Fees & Taxes

Some costs are spread across all customers like financial assistance for low-income customers, efficiency programs, and rebates. States and/or municipalities may charge tax. In California, we are billed every month for nuclear power plant decommissioning and the cost of the bonds issued to buy electricity during our energy crisis in 2001.

Electricity Usage History

Hopefully, your bill will have a handy chart that shows your total electricity used each month over the past twelve months and a comparison with the same month in the prior year.

Messages

It is worth taking a few seconds to read the messages section as it contains information about new programs, rate changes, and rebates.

Establish Your Electricity Reduction Goal

Now that you are acquainted with your electric bill and your electricity use for last December, you are ready to set a reduction goal for this December and decide what you are going to do to achieve it.

Minimizing your electricity use during peak demand times is perhaps the most impactful action you can take in your own home. Keeping peaker plants offline is good for the environment, people’s health, and your wallet.

To help you get your creative juices flowing below are several no-cost ideas about what you can do to minimize electricity use during peak demand times. These actions may seem small and insignificant but if millions of people do them, it makes a significant impact.

  • Defrost food for dinner in the microwave oven while you are eating breakfast or reading the morning paper.
  • Turn off electronics when you are not using them. Most electronics come to life as soon as you turn them on and computers (even older models) only take a few minutes to boot.
  • Bosch DishwasherTurn your dishwasher on after 9:00 p.m. by using the delay button (if it has one) or turning the machine on just before you go to bed.
  • Leave your outdoor lights off completely or at least until after 9:00 p.m. If you are expecting guests after dark, turn the lights on near their arrival time and off after they do arrive.
  • During the summer, especially when it is hotter than usual, leave your air conditioning off or set it several degrees warmer than you normally would between 4:00-9:00 p.m. Use a portable fan in the room you are occupying (moving air helps you feel cooler).

If you are looking for more ideas, try reading Energy Awareness Month – 10 Energy Savings Tips and Tackle Energy Vampires and Stop Phantom Power.

Once you get in the habit of doing things that reduce your electricity and natural gas consumption, they become routine, meaning you do them without really thinking about it.

I hope this 2-part post has helped you become conversant with your energy bills and inspired you to challenge yourself to use electricity and natural gas sparingly and efficiently as if your life depended on it, which it does.

For readers interested in learning more about fossil fuel energy, electricity, and environmental issues, you will find links to articles and reports in the resources section.

Featured Image at Top: Coal Mining Operation in Tuscaloosa, AL – Photo Credit iStock/toddmedia

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References

  1. Electricity Explained: Electricity in the United States – U.S. Energy Information Administration
  2. Kilowatt Hour – Wikipedia
  3. Electricity Explained: Factors Affecting Electricity Prices – U.S. Energy Information Administration
  4. California Electric and Gas Utility Cost Report, California Public Utilities Commission, April 2017
  5. How much electricity does an American home use? – U.S. Energy Information Administration
  6. PG&E Residential Accounts 2016 Zone 5 (non-CARE) – California Public Utilities Commission
  7. E-1 Residential Services – Pacific Gas and Electric Company, 08/18/17

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