You may have heard that “carrots love tomatoes” or that certain crops “love” other crops. But there is actually a science behind why certain crops grow well together, according to this article in the New York Times.
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Jessica Walliser, a horticulturist and author of Plant Partners: Science-Based Companion Planting Strategies for the Vegetable Garden, wanted to research which companion plants would reduce pests and improve pollination. She wasn’t satisfied with anecdotal recommendations, so she researched scientific literature to find out for herself which plants were the best companions and why.

Most of the literature she found was aimed at large-scale farms rather than small-scale gardens, which was the kind of growing Walliser was used to. Nevertheless, it was still an improvement over the folklore she had heard, so she dug in.

The one idea she discovered in her research that unites all others is this: Diversity in your garden always helps the plants, and monoculture always harms them. Companion planting can attract beneficial insects, which reduces the need for pesticides and other chemicals that can harm the environment. But companion planting can also reduce weeds and improve the soil as well. Cover crops are one example of this. They can act as living mulch, limiting weeds by crowding out any weeds that might try to grow. And certain cover crops like rye and oats contain natural weed- suppressing chemicals, which can prevent weeds from growing in your garden after you till the garden to make room for your regular crops.

Walliser also explains that understanding the “how” and “why” of companion planting is important. For example, many gardeners often assume marigolds can repel pests. But in reality, what marigolds do is mask the scent of the plant the insect is seeking, and thus interfere with its ability to lay eggs on the target plant.
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Certain plants can also act as a decoy to protect your crops. For example, radishes planted among young tomatoes can distract flea beetles from the tomatoes, and draw them to the radishes instead. If you’re trying to distract a species whose adults are mobile, such as potato beetles, squash bugs, cabbage butterflies, etc., then it’s best to plant the decoy plants on the perimeter of your garden, several feet away from the crops you’re trying to protect. But if you’re protecting against a pest with more limited mobility, like aphids, flea beetles, etc., then you can plant the decoy very close to the actual crop, in alternate rows with the crop.

Of course, even with companion planting to deter pests, gardeners are almost certain to get some kind of pests on their crops at some point. Walliser recommends we develop a realistic tolerance to some amount of pests. She also suggests we remove any diseased or faded leaves as they appear, and that we combine companion planting with smart mechanical controls, like putting row covers on vulnerable crops to protect the plants against flying insect pests, or scraping pest eggs off leaves and letting them fall onto sticky tape to trap them. And finally, she warned, please allow enough space for each plant to grow. Companion plants may work well close to each other, but if you put them too close, then they will compete for water and nutrients.

I hope this blog is helpful to you for starting a companion planting garden of your own. If you do grow your own, we would love to hear how it turns out!

- Chris Tidmarsh

          Recently, one of the things that have caught my attention while driving is seeing the rise of Tesla cars on the street. Just back a few years ago, seeing even one Tesla was like once in a blue moon. There are also quite a few charging stations for Tesla cars near the Green Bridge Growers farm, the local mall, and around the University of Notre Dame campus. And the demand for electric cars continues to grow. I recently saw that Mustang is joining the competition with their very own SUV-style electric vehicle. You probably have seen advertisements for it if you watch the local channels or even YouTube.
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           Besides electric cars, there has been a rise in new companies looking to create other ways to introduce sustainable products to consumers. I read an article that talks about the recent partnership of Emma Watson, who rose to fame with Harry Potter movies, and Twitter co-founder Biz Stones, who are investing money into FabricNano. FabricNano wants to make a biodegradable plastic that is cost competitive to that of regular petroleum plastic. ​          All of these examples point toward the topic of sustainability and how our society is making sustainability more possible.  Just like the elements 

(Top) These charging stations have caught my attention and put a genuine smile on my face as I pass them at the UP Mall. 

​Photo Credit: South Bend Tribune

(Bottom) Above is the mentioned Mustang Mach-E their all new electric vehicle. 

Photo Credit: ford.com/suvs/mach-e

of charging stations available for Tesla owners and having different companies compete, the electric car business can advance this field to more ​​consumer-accessible levels. These include pricing and versatility. Back in the early 2010s, we saw electric cars take the shape of an unattractive mini cooper-like form. Although for many, they may enjoy the look, if you were to put an electric vehicle compared to today, like a Tesla Model S, which would you rather have? Having better technology, which does not take away the usability of such devices, innovation in longevity, and an attractive design that everyday consumers can afford, makes it possible to see more possibilities for a green future. 
          One of the most significant factors that affect global warming is petroleum usage, either for fuel, single-use plastic items, or packaging for almost all of our everyday things in our house. Please take a look around; it would not take you more than a minute before you find something plastic around your house that you know can not be recycled. However, what if that plastic can be degraded down to its core form and be recycled into new products? That is the mission of FabricNano’s goal of turning microbes into materials that we can then use. However, the explanation is better done by fortune.com than me, so I highly advise you to read up on it further on their site.
             The core of this article still comes back to our farm Green Bridge Growers. One of our missions on the farm is to grow sustainably and to help educate those around us about the good it will do for our environment. One of our most cherished systems at the farm is our Aquaponic Greenhouse. This is a closed-loop system between our fish tank’s waste and the filtration ability of the plant. We all know to grow plants, we need fertilizer and water. At our Aquaponic Greenhouse, the vegetables such as kale, lettuce, and chocolate mint all flourish through water from our fish tanks and the fish waste in them. As the water with the waste goes from the top of a growing high tower to the bottom, the water is then cycled back to the fish tank providing the fish with more freshwater. When water levels decrease for the fish, we add more fresh water to the tank and make sure the pH level of the tank stays consistent throughout growing seasons and every few days. As a result of this process, many of the high towers eventually develop a layer of bio-waste around the edge. In some cases, it calcifies the towers on some sides and maintenance is required. 

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(From Left to right): 1. These are the pipes that bring water and fish waste in a cycle back and forth from high tower to the fish tanks. 
2. The brown stains on the high towers in the calcification left behind from the old plants being grown in it. 
3. These are how some of the kale we sell at the farmer's market in Mishawaka is grown. Also the white rectangle is the high towers that we use, with the black mesh inside the tower. The tray at the bottom helps water filter back to the plant. 
4. The little black tube at the top is where the waste water will come in from the fish tank. 

          The vertical grow towers, along with the plastic mesh making up the core of the growing system, are all made up of recycled plastic. Many vertical grow towers have sustained their usability since the start of the farm, making it a high-yield and highly sustainable system. 
         When it comes to making our community cleaner and helping source food most sustainably, it has to start first at the farm where the food is planted and harvested. But food is part of the bigger picture, and our technology has a long history of massive carbon footprint. It would be great to see in the next ten years that we will move from fuel-based cars to more electric-friendly vehicles with just as much power and efficiency. This also applies to the plastic that we use and the food that large agricultural farms mass-produce. I can go through the channels in stores to support more businesses that grow organically, like our farm Green Bridge Growers. Along with that, I want to save up enough funds to get myself an electric vehicle in the next five years. But lastly, I want to spread the word of what the possibilities of FabricNano are working towards so that people can help raise funds for the company if a biodegradable future is possible. 
--Leo Zheng
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To close out Autism Acceptance month, we are happy to reprint these comments from the Arc of Indiana by Carol Quirk, an ally, on her growing understanding of the many abilities of autistic individuals. Her insights provide much food for thought and capture what we know and experience so well here at Green Bridge Growers

I once thought autism meant a lot of inabilities: cannot talk, cannot switch topics, cannot give eye contact, cannot handle transitions or new routines, cannot read social cues, cannot control motor movements, etc. And I once thought some of the can-dos were not necessarily “adaptive” (as they say in the psychological and educational literature): perseverates on the same activity or conversational topic, gets anxious in uncertain situations, uses aggressive and/or destructive behavior, engages in self-injurious behavior.  In my early days as a professional, I assumed – as too many people still do – that intellectual disability was a part of the package.
 
So what happened to change my views on all of this? I got to know some autistic people who had acquired the ability to communicate, verbally or through pictures/typing, as well as some who did not yet communicate in any kind of traditional manner. I read the writings of autistic people. I listened to parents who said that, despite the testing results, they KNEW that their child was smart and understood what was going on. I listened to them say that their child was not only empathetic, but almost preternaturally so. I began to “presume competence” rather than make assumptions on face value. And I paid attention (or at least tried) in order to interpret meaning from the point of view of the people I met, not just from my own neurotypical point of view. There are still too many people who make important life decisions FOR autistic children and adults based on limited understandings and prejudicial attitude. Too many professionals have not really known, loved, or spent personal time with an autistic person; but rather base their authority on their professional training alone. Non-autistic people need to know and be helped to understand that our life experiences cannot be used to judge or value the behavior, appearance or needs of an autistic person.
 
We non-autistic people MUST listen and learn from those who are autistic. We must do what we can to support self-advocacy and dispel the myths about autism in the public and professional communities. The autistic community must remain vigilant in its outreach, community education, and demand for inclusion in public policy decisions. Awareness of what it means to be autistic is still lacking for the world at large. Acceptance of autism as a natural condition in the human experience is necessary for real dialogue to occur. That is my hope.

- Carol Quirk, Maryland Coalition for Inclusive Education

 thOn April 2, in honor of World Autism Day,  the Comprehensive Autism and related Disabilities Education and Training (CADET) Academy released a livestream of a virtual discussion panel about inclusion in the workplace for autistic people. One of the panelists was Dr. Stephen Shore, a professor at Adelphi University in New York who is on the autism spectrum. Dr. Shore is somebody I’ve learned from through his autobiography Beyond the Wall and through Living Along the Autism Spectrum, a DVD documentary that involves a dialogue between Dr. Shore and another expert on autism who is the father of a son on the spectrum.

The April 2 discussion provided a lot of useful information on inclusion and helping those on the spectrum develop interests which might potentially lead to a career.  Dr. Shore said that when he was very little, around 18 months old, he began showing many of the symptoms of autism. It took his parents about a year to find a doctor who could diagnose him. When they found someone, the doctor said, “We’ve never seen such a sick child,” and they recommended institutionalization. But fortunately, his parents advocated on his behalf, and they convinced the school to enroll him after about a year. During this year, his parents implemented what most people today would call an intensive home-based early intervention program. This program paid off, and his speech began to return at age four. He says the reason the program was successful was because his parents stopped trying to get him to imitate them, and instead imitated him. Doing this helped him become aware of them in his environment. He said that a prerequisite to doing successful work with an autistic person is developing a trusting relationship with them, and meeting them where they are.

Dr. Shore said that introducing children to household chores at a young age can prepare them for having a job when they get to be adults, because doing chores is similar to employment in that it has to be done on a regular basis every day whether you want to or not, and that you have to achieve a certain proficiency with your chores the way you do with employment.

When he was in his late childhood and early teens, Dr. Shore did a paper route, dropping off newspapers at people’s doorsteps. That was another way he was exposed to employment early on. He also taught himself how to take bicycles apart and put them back together again. This allowed him to ask the people he met on his paper routes if he could fix their bikes for them. That was another way he was able to earn money.

He also spoke about some of the challenges he experienced in terms of employment. He used to work at a restaurant cleaning tables, but it was a very bad job for him, and a bad fit for him. There was too much noise for him, and it was a sensory overload for him. It led him to realize that he needed to find a job that was 1. not only something he was good at, but also 2. something that he enjoyed and that allowed him to use his strengths.

Dr. Shore said that he eventually got to the point where he was able to build his own bicycle entirely from the ground up. After this happened, he started biking to all the bike shops in the area to show off his bike to the manager, and talk to them about bikes, and after a period of time, he would ask them for a job. It took him 12 tries, but on the 13th time, he finally found a manager who would hire him. He said that looking back on this experience, what’s important for job-seeking autistic people to do is to find a way to actually show your prospective employers the work you’ve done in the domain you’re interviewing for, to lay it out for them to see for themselves. That allows you to sidestep all the parts of a formal interview process that are difficult for people on the autism spectrum.

So, he said, one of his suggestions is for people supporting an autistic individual to learn the strengths and abilities of the individual, usually by observing them.

Dr. Shore said grade school was hard for him. He was bullied often, and his teachers didn’t understand him. He spent most of his time in grade school reading books about topics that interested him, like astronomy, aviation, volcanoes, earthquakes, weather, etc. He said his obsession with science books meant his teachers didn’t know how to reach him, but at the same time, they mostly left him alone to continue reading because he wasn’t a behavior problem. Back then, not much was known about autism.

He said middle school and high school were actually easier for him than elementary school, because it allowed him to focus on his interest in music. He joined the band. Being in the band was a structured activity for him. He learned how to play almost all the instruments in the band. So when he went to college, he discovered that one of the requirements for music education was that you had to learn how to play all the instruments. Since he already knew most of them, that seemed to be a good career fit for him. He was able to help pay his tuition by doing bicycle repair.

So in short, he was able to succeed by finding his abilities and areas of interest and focusing on them. He said that same lesson can be applied to all people on the autism spectrum, no matter where they fall on the spectrum.

I hope some of this is helpful to other people on the autism spectrum, whether they’re employed or not. It was definitely helpful to me. I learned a lot from this panel.

​-Chris Tidmarsh

So many of you who are our supporters are interested in aquaponics as a growing method. Here’s a little more background about aquaponics, how it works, and its advantages. 

Aquaponics is actually the combination of two different farming methods, aquaculture (raising fish in a man-made system) and hydroponics (growing crops in a man-made aquatic system without soil). Aquaponics uses both fish and plants together in the same system. The fish and plants help each other—the waste from the fish helps to fertilize the plants, and the plants clean the water for the fish. Aquaponics is a closed-loop system, so the water in the system can continue to be reused after it cycles through the entire system. It mimics a natural ecosystem by taking advantage of the relationship between fish, plants, and bacteria to create a self-sustaining environment for all three of them, in a way that aquaculture and hydroponics individually do not.

After we feed the fish, the fish eat their food and excrete waste. Most of this waste is in the form of ammonia. Bacteria in the water convert the ammonia first to nitrites and then to nitrates, which the plants use as food. The fish, the plants, and the beneficial bacteria all depend on each other. The bacteria depend on the fish for nitrogen, the plants depend on the bacteria to convert the nitrogen to a form the plants can use, and the fish depend on the plants to absorb the nitrogen and clean the water. We do need to check the chemistry of our water frequently, including pH and nitrogen levels, because that indicates the health of the system and our fish.

Aquaponics is a very efficient method of growing crops, since it uses a minimum amount of water and space and reuses waste. Aquaponics provides food in the form of vegetables and herbs, and fish can also be raised sustainably in aquaponics. For us at GBG, we presently grow non-edible fish such as koi, which are able to tolerate a wide range of temperatures and are especially well-suited for aquaponics operations in colder climates.

Some of aquaponics’ main benefits include the fact it reduces back strain on people, limits small animals’ access to your garden, and only uses one-tenth of the water that soil-based gardening uses—and even less than that for hydroponics. It also doesn’t create toxic runoff from wastewater the way hydroponics and aquaculture do. Also, gardening chores are greatly reduced; you mainly need to focus on tending to and harvesting the plants as well as feeding the fish. Also, a couple other benefits are that growing plants in water eliminates the possibility of soil-borne diseases, and that the plants are free of pesticides and herbicides and the fish are also free of growth hormones and antibiotics.

Although aquaculture and hydroponics have only started gaining traction within the last half century, these growing methods have both been around for hundreds, maybe thousands, of years. The earliest known instance of hydroponics dates back to 1000 AD, when the Aztecs grew plants on rafts on the surface of lakes. As for aquaculture, in ancient times many farmers grew rice in rice paddy fields, and introduced fish to the water. This second example is similar to modern aquaponic farming, in how the fish and plants both live together in a body of water and form a symbiotic relationship with each other.

Various kinds of vegetables and herbs can grow well in aquaponics, such as herbs and greens including lettuce, basil, Swiss chard, kale, sorrel, and many others. Among the best kinds of fish to use in aquaponics are tilapia, catfish, trout, bass, goldfish, and koi. A general rule of thumb is that warm, fresh-water fish are the best kind of fish to use, and leafy crops like greens, herbs, etc. are the best kinds of plants to grow.

If you’re wondering if aquaponics is commercially feasible, a study from Purdue University discovered that commercial-scale aquaponics is indeed feasible, but only if aquaponics produce is sold as organic produce beginning in the third year of aquaponics business. Also, I would like to add that vegetable growing is the main source of revenue for aquaponics systems, and that the use of tilapia in aquaponics is currently not profitable. The kind of fish we use in our system is koi, which we chose to avoid problems with using tilapia or other similar fish, and to avoid needing to filet the fish ourselves.

My favorite part about aquaponics is that it doesn’t require as much watering as conventional farming. Also, the plants don’t need to be fertilized, since the fertilizer comes from the fishes’ waste. Also, the crops grow faster in aquaponics than in the soil and we enjoy the process of seeding, transplanting, tending to our plants, and harvesting them for the community. It’s been a great way to grow and we look forward to continuing to grow on and up with aquaponics!

-Chris Tidmarsh

Many people grow seeds by buying seed packets from a store or from an online seed catalog. But you can also save seeds from plants you’re already growing. Doing this is a good way to save money and become self-sufficient with seeds, reducing your dependence on seed companies. Saving seeds also helps to preserve genetic diversity, and helps growers ensure that the crops they grow taste exactly the way they like.
 
Tomatoes, peppers, beans, and peas are great choices for plants to save seeds from. They have self-pollinating flowers, as well as seeds that don’t require any special treatment before being stored. But they’re not the only choices, of course. I’ve successfully grown melon seeds I’ve saved. I’ve also saved sweet potato tubers to plant again next year (which is technically a tuber, not a seed, but it’s still the same basic idea).

Plants with separate male and female flowers, like corn and vine crops, can cross-pollinate. As a result, it’s hard to keep the seed strain pure for these crops. For example, sweet corn can get pollinated by popcorn in a nearby garden on a windy day. This will impact the flavor of the resulting corn, and the ears “will be neither good sweet corn nor good popcorn.”

Aside from corn, cross-pollination doesn’t typically affect the quality of the current crop, but it can affect the quality of the next generation of crops whose seeds are saved from the current plants.

When you save seed, be sure to choose open-pollinated varieties, rather than hybrids. Open-pollinated varieties produce offspring that are similar to the parent plant. On the other hand, hybrids produce offspring that aren’t necessarily similar to the parent plant. Hybrid seeds can contain any combination of the good and bad traits from the parent plant.

When you store the seeds over winter, store them in a tightly sealed glass container. You can store more than one kind of seed in the container, if you keep the different varieties of seeds in separate paper packets, while storing them all in the container. Keep the seeds cool and dry. A refrigerator is a good place to store them. Also, be sure to write down the crop name, variety, and the date you saved the seeds, and be sure to use the seeds within one year after you save them.

If you’re saving tomato seeds, then the best thing to do is to put the seeds and pulp in a jar to ferment before removing and drying. If you simply squeeze the seeds out of the fruit and let it dry, many of them will grow, but you’ll have a better germination rate if you allow the seeds and their pulp to ferment before drying the seeds.

I hope this helps you get started with seed saving. Good luck!

Welcome back to the third summer edition of Inside the Garden With Green Bridge Growers. So far we have focused on our pollinators and pollination. This blog is no different! We want to express the importance of growing a butterfly flower or better yet a butterfly weed. To be honest, Monarchs love this native bloomer. A butterfly weed or Asclepias tuberosa is a good-looking, sweet-scented plant that attracts beneficial insects of all sorts. Let’s dive a little deeper, Asclepias is a relative to the common milkweed, but does not have the sticky sap associated with the taller plant. The butterfly weed is native to many parts of North America. Here’s a cool fact, if placed in full sun, its bold orange-red flowers can bloom continuously until the first frost! In addition, hummingbirds usually love these flowers, but deer and other pests typically do not eat it. They can usually grow in any type of soil, however this weed prefers poor to rich soil. We want to help you transform your garden and encourage you to plant butterfly weed!  

Here are a couple of tips when planting butterfly weed in your garden. 

1. Don’t plant in areas where water is likely to pool
2. Start either from potted plants or seeds. 
3. Plant this flower in its permanent location because its long taproot is not easily dug up. 
4. If you can, plant butterfly weed six weeks prior to winter because it will perform  significantly better.
5. Be mindful that this plant is considered poisonous. Be sure small children and animals do not touch or eat the plants as these toxins can harm mammals. 
6. New butterfly weed plants may benefit from a weekly watering until the taproot is well established. After that only water if there is an ongoing drought. 

 Recent statistics released by the World Wildlife Fund show that the numbers of monarch butterflies are unfortunately declining. With milkweed being replaced with genetically modified crops and urban population centers, it is becoming more difficult for the monarchs to find a healthy migration zone. Just as we have learned with the bees when things are not organic they tend to cause more harm than help. Common milkweed is the monarch’s favorite food, however the butterfly weed is another source that can help! Therefore, we need more butterfly weed planted.

​As you all know, at Green Bridge Growers we pride ourselves on being organic. We encourage, support, and motivate more gardeners to transform their gardens, if not already there, to be organic. This connects to butterfly weeds because they are rather impactful for the organic home gardens. Create a garden filled with butterflies by planting butterfly weed in your garden and help the movement to save monarchs.

--​Lala Petty

Welcome back to In The Garden With Green Bridge Growers. At Green Bridge Growers we love and appreciate our bees. We understand the importance of their vitality. We are here to help and encourage other farmers and home gardeners to take a lead role in rebuilding their bee habitat. 

Okay let’s get down to the nitty gritty! Many people are afraid of bees. When Bees come around people usually swat, run, or become super still. However, BEES ARE IMPORTANT to humanity for a very crucial reason. To be frank our food supply can be compromised without the bee population. Scary right? 

If you can remember from our first week’s blog, Bees were one of the common pollinators. They are responsible for pollinating all sorts of plants like strawberries, vegetables, nuts, seeds, and onions. Check this out, even dairy products are a part of a food chain that starts with bee pollination. 

So now that we all understand the importance of bees. There is a serious problem. The bee population is in big trouble! According to 101 Organic Gardening Hacks, by Shawna Coronado, the U.S. Department of Agriculture considers annual colony losses above 19 percent to be economically unsustainable. A full two- thirds of the American beekeepers are currently suffering losses at more than double that threshold. If this rate continues beekeepers will be out of business and guess what… supermarkets will soon follow. This brings us to say, it is now on us to change our ways to help save the bees. They help us, let’s help them. In your home gardens, you must stop using pesticides. At Green Bridge Growers we use innovative methods to grow sustainable, fresh produce for your table year-round. We grow organically and you can do the same!

Okay let’s tap into some tangible steps. 

1. The best thing to do is to start planting more pollinating plants organically- WITHOUT chemical fertilizers, pesticides, and herbicides. Let us remind you it does not matter if you have a small apartment or a large farm. Whatever steps people take will help the bees. 
2. Support local organically grown produce and honey in order to help local beekeepers in your area. Also keep in mind that there are more than just honey bees in the United States. Many other kinds of bees help pollinate our vegetables and we can help them too. 
3. Plant wildflowers and native plants that support the local bee population. In order to discover what these plants are, consult with your local extension office or independent garden center. 
4. When planting annual flowers, stay away from plants that might not attract bees. Focus on pollinator plants. 
5. Let herbs and other plants bolt and flower to feed the bees. 
6. Provide a fresh water source in your yard to keep the bees refreshed. 

We hope this encourages and guides you to make a difference in the garden and most importantly in bees.  That’s this week’s Inside The Garden With Green Bridge Growers. 

 --- Lala Petty

Hey there! Welcome to Inside The Garden with Green Bridge Growers. First let’s hit some basics about pollinators and pollination. You may be asking what’s so special about pollinators? What even are they? Some common pollinators are bees, butterflies, and hummingbirds. Pollinators are animals that move pollen from male structures of flowers to the female structures of the same plant species. The movement of this pollen results in fertilization of the flower’s eggs.

An adequately fertilized flower will produce seeds and the fruit surrounding seeds, ensuring that a new generation of plants can be grown.

Pollination is mutually beneficial to plants and to pollinators. So that means EVERYONE is happy and healthy! Yay! Diving in a little deeper, pollination results in the production of seeds and is necessary for many plants to reproduce. Therefore plants need pollination. Meanwhile, pollinators receive nectar and/or pollen rewards from the flowers that they visit.

Now let’s get more personal. Every garden should heed this advice: plant flowering native plants such as butterfly weed, Joe-pye weed, and gayfeather to support local indigenious pollinators. Here is a tip: gradually intermixing native annuals and perennial plants can help attract and feed pollinating insects. Plant pollen and nectar-rich plants with successive flowering seasons so that the plants can help provide for pollinators all season. Annual plants bring in pollinators, but they do not return year after year, therefore they cannot support the pollinators long term. Great annuals that support butterflies, bees, and hummingbirds include zinnia, flowering tobacco, lantana, and verbena.

Why Does Pollinator Support Make A Difference?

Pollinators are incredibly important to our ecosystem! Being that we are an organic farm, there’s something we wanted to share with you! It has been proven by the University of Sussex’s Laboratory that including organically grown native and non native pollinator-friendly flowers in your garden can attract and help support bees and other insects. This is important for gardeners everywhere because adding a small amount of pollinating plants to your garden can make a positive impact on your local pollinator population. That’s this week’s Inside The Garden With Green Bridge Growers.

- Carlondrea Petty