What happens when an area has a lot of natural yards?

A post from a few months ago reported that when a HOA changed its landscaping from turf grass to native plants, it won awards. But that’s just one natural yard. What happens when a small geographical area has a lot of natural yards?

It wins awards.

Last fall, Medina County in northeastern Ohio accomplished its goal of having 400 natural yards. The tally included 360 private yards, 13 gardens at schools, 20 gardens on farms, and 7 gardens in public places. A garden counted towards the total if it provided the four things that wildlife need: food, water, cover, and places to raise their young.

After officially reaching its goal, Medina County received an award from the National Wildlife Federation, honoring them for their achievement in providing wildlife habitat. The county originally decided to embark on this project in order to help pollinators – and, indeed, gardens that counted towards the goal have been observed to host more pollinators and other wildlife.

Medina County doesn’t plan to stop establishing native plant gardens now that it’s had this important success. Rather, the county is seeking to add 100 more gardens to its tally each year for the next several years.

The fact that Medina County wants to create lots of native plant gardens is important. In doing so, the county is making a statement that native plant gardens are not harmful or unsightly. It is saying that native plant gardens should not be tightly restricted in number or size or location. It is expressing its belief that, when it comes to native plant gardens, you can hardly have too much of a good thing.

Native plant gardens are good. More of them is better. You can do your part by adding native plants to your land, and by encouraging friends and neighbors to do the same.

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What happens when an area has a lot of natural yards?

What is plant rescue?

The previous post told a happy story about a native plant garden being acquired by some new owners. Not all stories have such positive endings, though. Sometimes a natural yard – or a wild area brimming with native plants – is bought by someone who isn’t interested in protecting the thriving ecosystem they now own.

It could be a private homeowner who doesn’t understand the value of native plants, and who plans to revert the garden to lawn. It could be a developer who intends to bulldoze the plant community in order to build a big-box store or some condominiums. Either way, those plants are in trouble.

Enter plant rescue.

If you know of native plants – especially rare species – that are going to be destroyed by the property owner, you may be able to save the plants by moving them to a new home. While you might be tempted to just swoop in and take the plants before they get flattened, it’s better to follow these practices:

  • Work with the property owner to get permission to remove the plants from the site. Agree on a time when the plant rescue will happen, and take full responsibility for the safety of all the people who will be involved in the plant rescue.
  • Provide all the necessary tools for digging up and transporting plants. Don’t forget to bring drinking water and wear appropriate clothing for working outdoors.
  • Once on site, be sure to stay within the property lines. Do not take plants from neighboring lots.
  • Take only the plants that you can truly rescue. That is, do not take more plants than you will be able to quickly place in a new home. If there are any rare species present, prioritize rescuing those.
  • Follow good plant-moving practices: Dig up a large ball of soil around and beneath each plant. Have a pot ready to immediately transfer the plant into. Put the plant back in the ground, at its new site, within a day or so – and provide it with shade and water to help it survive the move.
  • Before leaving the plant rescue site, refill the holes from the plants you took. Clean up after yourself and repair any damage you might have caused.
  • Afterwards, send a thank-you letter to the property owner.

If property owners can be persuaded to keep healthy native plants on their land, so much the better. But if not, working together to find creative solutions can be the next best thing.

What is plant rescue?

What happens when a natural yard gets sold?

“What will you do when you have to move out and can’t control what the next person does with the yard?” That Blogger once asked a dedicated natural gardener who was beyond retirement age.

“Never come back,” the gardener replied.

A pair of natural gardeners in Minnesota took a different approach to this problem: they showed up on their former home’s porch to talk to the new owners about the thriving ecosystem they had established in the yard.

The new owners hadn’t been looking for a natural yard, and hadn’t even realized they were getting one: they bought the home in winter, when snow made it hard to tell that the house was surrounded by anything other than lawn. But just a day after they moved in, the previous occupants dropped by to talk about the eight years of effort they had invested in replacing non-native turf grass with a healthy prairie.

Their friendly outreach worked. The new owners have been tending the native landscape for over a decade now, adding more species of plants and removing the small amount of turf grass that remained, preserving the sustainable habitat that their predecessors established.

One downside of working hard to create a natural yard is that we can’t take it with us. (Some have been sued by their property’s new owners for trying.) It is for this reason that many people, not expecting to stay in their homes for very long, don’t invest in a long-term landscaping plan.

But, with nature being lost all around us at an alarming rate, we must do all we can to protect the nature that we have preserved or restored. Just as it is our responsibility to educate friends and neighbors about why our yard hosts thriving plants rather than a barren lawn, it is our responsibility to educate our successors, when we pass on the stewardship of our land. As leaders in the growing movement towards natural yards, it is our duty to help new homeowners understand that they are inheriting a landscape that reduces waste, combats climate change, requires little maintenance, supports life, and creates joy. Destroying such a self-sustaining ecosystem and turning it back into a needy, labor-intensive, lifeless lawn is as much a loss for the new owners as it is for those who worked so hard to do exactly the opposite.

By sharing our knowledge, we can all work together to restore nature to our neighborhoods.

What happens when a natural yard gets sold?

What is the Anthropocene?

Just as we divide our lives into months and years to help us keep track of passing time, scientists divide the history of our planet into geological eras. We met some of these eras in the previous post: the Permian, the Triassic, the Cretaceous, the Paleogene.

The last post also mentioned the Holocene era. The Holocene has been going on for 10,000 years now, and it’s been very important in the history of our species. While humans essentially identical to those of us living today have been around for 200,000 years or so, human civilization – in the form of cities and farming – only arose about 8,000 years ago. Why is this?

For most of our planet’s history, living conditions have been wildly unstable. Continents moved around. Sea levels rose and fell dramatically. Glaciers advanced and retreated. Nobody could stay in one place for too long.

But all that changed in the Holocene. For thousands of years – a long time for living things, even if not much more than a blink for a planet – the climate was remarkably stable. The weather changed in a predictable way from season to season, and humans were able to learn these patterns and time their farming activities to greatly increase their chances of a successful crop. Once we were able to produce food from fixed locations, we could start living in the same place year-round – and because the oceans remained at consistent levels, we were able to build our cities along reliable shorelines.

Now, though, the stable conditions that defined the Holocene are changing. They’re changing so much that scientists have proposed labeling the present day as a brand-new geological era: the Anthropocene, the Age of Man.

A period of time gets marked off as its own geological era when it is distinctly different from surrounding time periods. Our own time is not in the geological record yet, but scientists are certain that when it is, our own activities will be clearly visible – if, several million years in the future, there is anyone around to look.

The record of our time will include evidence of the mass extinction that is already underway. It will preserve signs of increasing levels of carbon dioxide in the atmosphere, and of rising global temperatures caused by this increase. It will contain the remains of human garbage. And it will bear the imprints of how we changed the landscape by building vast cities, engaging in industrial agriculture, and destroying ancient forests.

Although the Anthropocene is not really an official geological era yet, there is no turning back from the changes that it represents. Human-scale time is cyclical: we know that March and spring will come again. But geological time goes in only one direction. The Holocene is never coming back.

What is the Anthropocene?

What are mass extinctions?

We know what extinction is: the complete and permanent loss of a species. This kind of thing is happening all the time on Earth; it’s just part of how our planet works. While it’s always sad to see a unique form of life go, the losses are usually balanced out by the appearance of new species, as organisms continue to evolve and change.

Sometimes, though, an unusually large number of extinctions happen in a relatively short period of time, in an event known as a mass extinction. Though there’s no exact definition for what counts as a mass extinction, it’s generally agreed that there have been five really big ones in the past 450 million years of our planet’s history.

The largest of these, the Permian-Triassic event, killed over 90% of the species that were living on Earth at that time. It was this massive disappearance of life that paved the way for the rise of the dinosaurs.

Because the dinosaurs are the most famous of the former inhabitants of our planet, the event that killed them – the Cretaceous-Paleogene event – is the most famous of the mass extinctions.

Scientists are still unsure what caused these relatively-sudden waves of extinction. Possible causes include naturally-occurring climate change; geological events, like volcanic eruptions; disasters originating in space, like asteroid strikes; and, in the case of the more recent extinction events, hunting by early humans.

Many scientists agree, though, that we are witnessing a major extinction event right now. The Holocene extinction has been going on since 1900, with species vanishing 1,000 times faster than they normally do. Scientists likewise agree that this is due to human activity, including human-caused climate change; deliberate killing of animals through overhunting and overfishing; widespread destruction of habitat; and introduction of non-native species, which can overwhelm and outcompete species that haven’t met them before.

This enormous loss of diversity on our planet is sad, and it is avoidable, if we choose to take action. If we choose to do nothing, the results may be catastrophic. Because of the complex ways in which we rely on other forms of life, experts say that if we continue to lose species at the current rate, we ourselves are likely to be one of the casualties.

What are mass extinctions?

How many species are there?

Kingdom phylum class order family genus species. Maybe you remember learning in some long-ago biology class that these seven categories are how we describe and identify every living thing on Earth.

Animalia chordata mammalia primates hominidae homo sapiens. That’s us: humans. Within the great tree of life, we are pretty odd; we are the only member of our genus. Put in terms of a family tree, it’s kind of like not having any siblings.

Even if you look at our extended family – our cousins – we’re pretty unusual. Our planet is home to just 5,400 or so kinds of mammals. (Though the discovery of new mammals is not as rare as many people think. The past decade has seen new types of shrews, bats, and dolphins – and even a few monkeys and apes – welcomed onto the list of mammals known to science.)

In comparison, there are nearly twice as many kinds of birds – birding checklists typically include over 9,000 recognized species. And there are about 31,000 known kinds of fish.

The plant kingdom boasts some 310,000 members, from mosses to grasses to shrubs to towering trees. It’s not unusual for a dedicated natural gardener to have hundreds of kinds of plants in their yard, with many or all of them being native species. It’s not just that there are a lot of species of plants in the world; a lot of species of plants are able to coexist within small areas.

The total number of plant species is still dwarfed by the total number of animal species, though, for one reason: beetles are a staggeringly prolific family, with over 360,000 species discovered, and many more likely waiting to be found.

If you lined up one representative of every species on Earth, fully one fifth of the creatures before you would be beetles. Only one would look like us.

All told, we share our planet with at least 1,899,000 other species, each of them living in their own way and making their own unique contribution to the amazing diversity of life on Earth. When we are able to see ourselves as just one out of many, we can find the grace and humility to share our world with all of our relatives.

How many species are there?

What’s new in natural yards? February 2019

Almost two years ago, That Blog reported that the rusty-patched bumble bee had recently been added to the endangered species list. Now, there’s a happy update: in 2018, more of the bees were seen in more places than in 2017, a year which itself had increased sightings as compared to 2016.

It’s important to remember that the seeming increase in the bee’s numbers and range might be because scientists are working harder to find it. However, it’s also true that the Endangered Species Act has successfully protected 99% of the species that have been added to it.

It is well within our power to save species from extinction, when we choose to do so. If we simply plant a variety of flowers in our yards, leave a little bit of bare soil, and refrain from spraying pesticides, we have created a new area of habitat for rusty-patched bumble bees. Every person who does this contributes to the continued existence of an animal that used to be common in our country.

This spring, make a mindful choice about what you want to pursue: a picture-perfect lawn, or a planet that thrives with wondrous biodiversity.

What’s new in natural yards? February 2019