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Posts Tagged ‘inoculant’

Gorgeous Kale - Splendid Purple Curly Leaf!

There’s kale and there’s kale! This truly tasty purple curly leaf kale image is by Steve!       

Last Harvests are being collected and stored, seeds saved! With the cooler 2019 summer weather we have been having, many of you have started seedling nurseries or starts at home. Many have been prepping your soil as various summer plants are finishing and space becomes available! When you do, make your fall planting beds extra yummy – add 5-10% compost, and, if you have them, add 25% worm castings – seeds germinate better and plants do especially better with worm castings! Manure amounts depend on the type of manure. Rabbit poop manure can be used immediately with no composting – get some at the shelters! We want rich soil for those big winter plants so they can make lots of those marvelous leaves for greens. Winter plants like brocs, collards, cauliflower,  cabbage and chard, are heavy producers, need plenty of food.

It’s BRASSICA time! They are the mainstay of winter gardens! Their nutrition can’t be beat! Kale’s the Queen! Broccoli, Brussels sprouts, Cabbages, Cauliflower and Collard greens! Then there are all the mini Brassicas, the fillers and littles – arugula, bok choy, mizuna, kohlrabi, mustards, radish, turnips. Rather than plant just six packs of transplants, put in seed at the same time when possible and stagger your plantings of the large Brassicas. Rather than all six cauliflower coming in at once, plant two now, two later and so on. Adjust that, of course, if you have a large area available to plant and a lot of people to feed! Another way to do it is to get varieties with early, middle and late maturity dates and plant them all at once! Plant both mini and monster cabbages at the same time! Minis come in sooner, monsters later! Successive plantings mean a steady table supply.

High Mowing Flat Leaf Kale - less aphids than Curly Leaf Kale!

Finicky eaters may enjoy a selection! Fall veggies come in lots of shapes and colors! Kales are renowned for their beauty and varieties – classic curly leaf, plain and simple flat leaf like in the image (less aphids), Red Russian, Elephant, Red Bor that is really purple are just a few! Cauliflower comes in traditional shape and spiral, classic white plus yellow and purple and green! Get seed packs of them all and mix them together! Carrots already come in color mix seed packets! Circus Circus is a fun choice, especially when your kids are planting! Thumbelinas are faster for kids. Beets are terrific fun! Yellows, reds, pinks, whites and Chioggias (concentric circles of colors)! You can get them in rainbow mixes just like getting rainbow chard mixes! Rather than have your finicky eater say no, open up that catalog or take them shopping at the nursery and let them pick what they would like to try!

More ‘littles,’ understory veggies that love cooler weather are beets, carrots, celery, chard, cilantro, leeks, spinach and especially lettuce – now is the time for tender butter leafs and heading lettuce! If you anticipate a hot Sep, plant more heat tolerant lettuces.

The SoCal winter legume is PEAS! Peas are like beans, they come in bush and pole types. And those come in three main types – English shelling, eat-’em-whole snap peas and flat China/snow peas! They are super easy to sprout! Definitely plant some every month or so. They don’t live all season long. When they are done, they’re done. It is true that picking peas, just like picking beans, is labor intensive. I eat a lot of mine before they get home, so I don’t mind. Bush peas come in first and pretty much all at once; pole come on later and continue to produce. On the first round it makes sense to plant both at once! If you don’t have time to do seeds, and aren’t wanting varieties nurseries don’t carry, just wait and when they arrive, get six packs! Transplants are always stronger than tiny seedlings. But do cover your plants if they show signs of being pecked by birds! That’s little V shaped nibbles on the leaves.

CARROTS! Compost, yes! They want easy-to-push-through soil. Manure, no! Makes them hairy and they fork. And over watering, irregular watering, can make them split. Build your beds up so they drain well, are above the coldest air that settles low down. PEAS! The same. Compost to keep the soil loose and have water holding capacity for these short rooted green Peaple. This winter legume makes their own Nitrogen, so feed only lightly if at all. Decide where both of these will be planted and amend accordingly. Conveniently, Peas are enhanced by Carrots! Start your carrots as much as 3 weeks to a month before you start you peas so the Carrots will be up and helping.

If your ground hasn’t been planted to peas before, it’s wise to use an inoculant at planting time. Or, you can presprout your Peas! It’s easy and fun to watch them come to life! Fold a paper towel in half on a plate. Spritz the half on the plate with water. Lay on your seeds about an inch apart. Cover and spritz until good and wet. Put them in a warm place ie top of fridge, out of sunlight. Check them about every 6 hours; keep them moist. Water well at bedtime so they make it those 8 hours. Take them to work with you if it’s only you doing the parenting. While you are waiting, put up their trellis if they are pole peas. When the little sprout is 1/4 to 1/2″ long, depending on temps it takes 2 -5 days, gently put them in the ground sprout (root) down, right at the foot of that trellis. Gardeners vary greatly on how they space those pealets. 1″, 2″, 6″. There is good reason to leave a little more space. More air circulation makes for less mildew that Peas are quite susceptible to. You can put the pea practically at the surface! But do cover it a bit so it doesn’t dry out. Next thing you know, you will have little plant sprouts coming up! The nice thing about presprouting is you know if you’ve got one! If a seed doesn’t sprout, you won’t be wondering like as you would had you planted it in the ground. That’s why some gardeners always presprout their Peas. If you plant early fall there may still be some warm days. Be prepared to give them some shade if they need it. They are short rooted, and in those conditions, may need water daily or even twice daily. Transplants will be along at your nursery…see more on how to pick the best varieties for you!

Onions For the biggest, sweetest harvests, late summer and early fall are the prime times to sow seeds of short- or intermediate-day onions. Fall-sown short- and intermediate-day onions tend to yield more and are larger and sweeter than those seeded or transplanted in early spring.

Cylindra, long Winter Beets!

Varieties that do better in winter are long beets like Cylindras – at left, long radishes like Daikons, pretty China Rose and handsome Long Black Spanish! Plant small beets like Dutch Baby Ball for quick beets while your Cylindras are growing twice to three times bigger!

Companion planting combos make a difference! Carrots enhance peas, onions stunt peas. Late summer plant the carrots on the sunny side at the feet of finishing pole beans. The Carrots will be up for when the beans are replaced by winter peas! Combos can use space wisely! Carrots grow down, peas grow up, perfect! Cabbage babies need to be planted 12 to 28″ apart! A healthy plant will take up much closer to that 28″. They take a long while to grow, head, head tight! While waiting, plant lettuces that repel cabbage moths, or other small fillers, that mature sooner, in the space between the Cabbages. You can do this at home amongst your ornamentals, and/or in containers too! Fillers can be onion/chive types, beets. Short quickest growing winter radishes can be among the long slower growing carrots among the slowest growing, your cabbages. Cilantro makes brocs grow REALLY well, bigger, fuller, greener! Research has shown there are less aphids when you interplant different varieties of brocs! Plant garlic and chives among your Brassicas! Their strong scent repels aphids.

No need to plant patches or rows of smaller plants, unless you want to for the look. Biodiversity works better and uses space more wisely! Scatter them about on the sunny side between larger plants as an understory – living mulch! If it happens to be flowers, they bring pollinators right to your plant! Plant different varieties to keep your table exciting. Don’t plant them all at once, but rather every week or two for steady table supply. If you would enjoy a quick payback for your table, select the earliest maturing varieties.

If you have lots of seeds, over planting is an age old practice. Plant too, too many, then thin them with tiny pointy scissors, aka harvest the young, and eat ’em! Young radish sprouts, teeny carrots, little Brassicas of all kinds are wonderful in a salad! If they get a little big, steam them or add to stir fries and stews. Another way to do it is plant flats of lettuces, Mesclun mixes, micro greens and mow them! Tender baby greens! They will grow back 3, 4 times.

When planting in hot fall weather, plant your outdoor seeds a tad deeper than you would in spring; soil is moister and cooler an extra inch or two down. It’s the law to keep them moist. If you plant successively for steady fresh table supply, plant a batch in September, again in October. Days will shorten and start cooling, but you are taking advantage of a fast start because your plants will grow quickly in the warmer weather now than later on. September plant from seeds & transplants if you can get them, October from transplants.

Winter Feeding Lettuces like a light feed of chicken manure cultivated in. All the winter plants are heavy producers – lots of leaves, some of those leaves are monsters! Cabbages are packed tight, leaf after leaf! They may need a light feed. Remember, it’s cooler now, so their uptake is slower, so give them liquid feeds, teas, things easy for them to uptake.

Keep letting your strawberry runners grow for Oct harvest. Store them in the coldest part of your fridge for them to get chilled. Plant in January. If you replace your strawberries annually, as commercial growers do, in Santa Barbara area try Seascape, bred locally at UCSB. Seascapes are big fill-your-palm plentiful berries, firm, tasty, strawberry spot resistant! They have strong roots that gather plenty of nutrition. Buying bareroot strawberries is no longer a Santa Barbara area option as of 2018. But Seascapes and other varieties are available as transplants at Terra Sol Garden Center – call ahead, earliest January, to get the date they arrive – they go fast! If you will be planting bareroot berries in January for April eating, remove old plants. A wise choice is to restore your soil by planting green manure in October. Here’s the schedule:

  1. Oct 1 plant your living mulch/cover crop – put this on your garden calendar! Bell beans take that long if they are in the mix or are your choice.
  2. About Dec 1 chop down/mow, chop up your living mulch and let it lay on the surface. Studies show there is more nutrition if it is let to lay. Keep your chopped mulch moist, not wet, until it is tilled in. Being moist aids decomposition. If Bell beans are in the mix, chop when it flowers or the stalks will get too tough to easily chop into small pieces.
  3. Mid Dec till in your living mulch for mid January bareroot planting. The little white balls on the roots are like a beautiful little string of pearls. Those are the Nitrogen nodules legume plants make! For strawberries, or other acid soil loving plants, add acidic compost at the same time. If your soil needs it, add some coir for water holding capacity.

Some of you carry your layout plan in your head, while others draw and redraw, moving things around until it settles and feels right. Others let it happen as it happens… Do add a couple new things just for fun! Try a different direction. Add some herbs or different edible flowers. Leave a little open space for surprises! Leave some space for succession planting. Stand back, take a deep breath and ask yourself why you plant what you plant and why you plant the way you do. Anything been tickling the back of your mind you are curious about? More about Designing Your SoCal Winter Veggie Garden!

Soil is always first in garden care! Winter plants need different care than greedy summer production plants, heavy feeders. Special soil tips for your winter plants! Almost all soil can do with some compost, but plants differ about their pH, like strawberries prefer their soil a tad to the acid side. If you plan to have a berry patch, keep that soil at the right frequency! Some say the most important soil tip of all is Gopher wire prevention, LOL, and I can tell you the misery it is to lose a prime plant in full production that took months of growing and TLC to get there. Grrr! See Gopher prevention

If you need to skip a beat, take some time off from the garden, let it rest, but be smart and let nature rebuild your soil while you’re resting!

  1. You can cover it deeply with all the mulch materials you can lay your hands on up to 18′ deep. Believe me, it will settle quickly to less than half that height in a few days to a week depending on temps! Let the herds of soil organisms do their work over winter. That’s called sheet composting or composting in place, lasagna gardening – no turning or having to move it when it’s finished. If you are vermicomposting, have worms, add a few handfuls to speed up and enrich the process. Next spring you will have rich nutritious living layers of whole soil for no work at all! Yarrow and Comfrey leaves also speed composting. Layer them in.
  2. You can plant it with green manure. Laying on lots of mulch is a ton of work when you do it, just gathering the materials can be a challenge. Green manure takes some work too, but it has awesome results as well. You broadcast a seed mix of legumes and oats and let them grow. Bell beans, Austrian peas, vetch and oats from Island Seed & Feed in Goleta is an excellent choice. Legumes gather Nitrogen from the air and store it in nodules on their roots! N is the main ingredient your plants need for their growth! The oat roots break up the soil. They dig deep and open channels for water and air flow, soil organisms.

Pest and Disease Prevention Drench young plants, ones you just transplanted, with Aspirin solution to get them off to a great start! Drench your seedlings when they get up a few inches. One regular Aspirin crushed, 1/4 C nonfat powdered milk, heaping tablespoon Baking Soda, 1/2 teaspoon liquid dish soap (surfactant), per gallon of water. Aspirin triggers a defense response and stimulates growth! Powdered milk is a natural germicide and boosts the immune system. Be sure to get the under sides of the leaves too!

  • Brassica pests! Lots of ants and lengthwise curling leaves are the giveaways for aphids. Aphids carry viruses. Aphids come in fat gray or small black. Avoid over watering that makes for soft plants, tender leaves that aphids thrive on, and ant habitat. Spray the aphids away, make the ants leave. Get up under those leaves, and fervently but carefully do the tender center growth tips. Do it consistently until they don’t come back. Cinnamon works sometimes and other times not at all. Boo. But when you are starting seedlings it prevents molds and damping off. Sprinkle it on the soil in your six pack. Doesn’t hurt to get it on the leaves. Get it in big containers at Smart and Final. Reapply as needed. There are other spray mixes that get rid of those aphids. Water and Vinegar, or hydrogen peroxide, alcohol, a few drops of simple dish soap. If you want to spend more money, use Neem Oil. Soaps, neem oil, and horticultural oil kill only aphids present on the day they are sprayed, so applications may need to be repeated. Plant garlic and chives among your Brassicas! Their strong scent repels aphids. IPM re Aphids
  • Later on, the most prevalent disease problem is mildew. Give your plants some room for air circulation, feed and water less so they don’t get so soft. It is much harder to deal with mildew once it has started. Better to do preventative treatments of the Aspirin Solution.

September is still Seed Saving time for some. Make notes on how your plants did, which varieties were the most successful. These seeds are adapted to you and your locality. Each year keep your best! Store your keepers in a cool dry place for next year’s plantings. Generously gather seeds for upcoming January Seed Swaps! If your area doesn’t have a seed swap, start organizing one!

The lovey blue Borage, StarFlower, herb flowers are Bees' favorite color!

Don’t forget the winter pollinators! Borage is a beautiful cool season herb with edible flowers, blue for bees! It has a large 3 to 4′ footprint, so allow for that or plan to keep clipping it back. It is a helper companion plant, so when possible, plant it right in the middle of your other plants! See more about Borage!  What flower colours do birds and bees prefer?

Plant Sweet Peas for Christmas bloom! Plant gift plants or bowls or baskets for the holidays! 

This is a terrific time to put up a Greenhouse!  See also Greenhouses in Climate Emergencies. You can start more seedlings, overwinter sensitive plants – eat tomatoes in December! A greenhouse may be perfect for you – the right size, easy to maintain!

Have fun! September gardens are a magical time of creativity and transition!

Updated annually… .

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See the entire September Newsletter!

Check out wonderful August images at Santa Barbara’s Rancheria Community Garden! See the Japanese Red Kuri Squash Adventure,  humongous spaghetti squash, and the GREAT PUMPKIN! Enjoy the SnapDragons and visiting Munias -aka nutmeg mannikin or spice finch! The garden is a treat!

The Green Bean Connection newsletter started as correspondence for the Santa Barbara CA USA, Pilgrim Terrace Community Garden. All three of Santa Barbara city community gardens are very coastal. During late spring/summer we are in a fog belt/marine layer area most years, locally referred to as the May grays, June glooms and August fogusts. Keep that in mind compared to the microclimate niche where your veggie garden is.

Love your Mother! Plant bird & bee food! Think grey water! Grow organic! Bless you for being such a wonderful Earth Steward!

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Amendment Biochar Applying

Charcoal-like biochar improves soil hydration and enhances agricultural production while it curtails nutrient leaching, increases nitrogen available to plants and reduces the release of gas pollutants. A new study by researchers at Rice University and North Dakota State University gathers current and potential sources of government support to promote the production and use of biochar. Credit: Ghasideh Pourhashem, from the January 11, 2019, Rice University post. Read more Biochar holds promise for sequestering carbon and cleansing polluted air.

Fans rave about its virtues. Some are skeptical but want to learn more. So, wanting to learn, possibly use, I typed in ‘2018 2019 Biochar pros cons’…carefully read the latest noncommercial posts and their comments threads.

A few years ago a knowledgeable gardener I know raved about biochar. Now, some years later, recently a friend sent an article that turned the tables enough to make me want to check it out. One is how it was compared with natural soil that is replenished with biochar by forest fires. Two is how Biochar has several soil sustainable features, but foremost is how it keeps Carbon in our soil hundreds, maybe even 1000s of years! And that is to say nothing of its water holding capacity! Carbon is the foundation of our soil ecosystem. Three: Also, I recalled how amazingly my winter and summer garden plants grew last year. It started with a collusion of happenstance. I planted quite late, Dec 10, 2018 during the Thomas Fire ash fall. The ground was literally solid white with ash and chunks. But this winter my plants didn’t do nearly as well. Hmm… Granted, the ash is not biochar, but it’s a relative – it came from the high heat of a forest fire.

Right now, planet wide, by many, Biochar is considered crucial to our planet’s sustainability. Using it is a regenerative practice that will help our plants not only weather extreme conditions, but thrive!  

BIOCHAR RESEARCH

There are technical discussions, both pro and con, in a language all their own, to simple explanations for the home gardener. The main research is in consideration of farmers with vast tracts of land that could have significant impact on climate change.

CONSIDERATIONS

Nov 29, 2018 From a field day presentation at California State University-Fresno, here are some points from Suduan Gao, a research soil scientist with the USDA San Joaquin Valley Agricultural Sciences Center in Parlier. She talked of the potential of applying a biochar amendment to help in water and nutrient management.

Biochar is charcoal used as a soil amendment. It is made from biomass through thermal decomposition [fire]. Gao said it increases water use efficiency and nitrogen retention, reduces leaching, cuts nitrous oxide emissions and reduces ammonia emissions.

Gao said nitrogen dynamics are influenced by biochar and are highly affected by irrigation levels.

She said ammonia volatilization loss was substantially higher when fertilizer was applied only a few times in a larger amount than when it was applied more frequently in smaller amounts.

“Soil accumulates more nitrogen at lower irrigation levels than at higher irrigation levels,” Gao said. “The accumulated nitrogen, however, can be all leached during the rain system.” [Fertilizing after rains is more better!]

She said there were no significant biochar effects on ammonia, nitrous oxide and soil nitrate concentration, but there was a significant interaction between biochar and irrigation.

PROBLEMS WITH BIOCHAR? Fabulous or Fantasy? Is it too good to be true? There are extensive rebuttals to its use, even warnings that it’s not all the fans say, can even cause harm!

Nov 18, 2010 DR MAE-WAN HO said ‘Turning bioenergy crops into buried charcoal to sequester carbon does not work, and could plunge the earth into an oxygen crisis towards mass extinction.’ She further says: …implementing the biochar initiative could be dangerous, basically because saving the climate turns out to be not just about curbing the rise of CO2 in the atmosphere that can be achieved by burying carbon in the soil, it is also about keeping oxygen (O2) levels up. Keeping O2 levels up is what only green plants on land and phytoplankton at sea can do, by splitting water to regenerate O2 while fixing CO2 to feed the rest of the biosphere.’

  1. She cites: A ten-year trial in Swedish forests showed that buried charcoal appear to promote the breakdown of humus, the decomposing plant matter on the forest floor, thus completely offsetting the carbon sequestered in the charcoal.
  2. She discusses examples of the stability of biochar stating that it isn’t always stable. [In a 2012 Mother Earth News post, Editor Dr. Kehres (Journal “Humus and Agriculture“) summed up a symposium: “Biochar appears over-rated — the biochar claim to 1,000 year stability is revised downwards to 10 to 100 years, roughly the same as compost.”]
  3. She warns that things that happen so fast now that we have the internet and huge commercial organizations, a lot goes on without public awareness or understanding and no testing. Since this one expressly claimed climate change remediation, it was touted to be necessary immediately. Some fads are found to be faulty later.
  4. She gets into comparisons of interest to gardeners, stating that Biochar effects on soil fertility are not always positive. Field trials were conducted on cleared secondary forest with 15 different amendment combinations of chicken manure (CM), compost (CO), forest litter, chemical fertilizer (F), and charcoal (CC) applied once on rice and sorghum, and followed over four cropping cycles. Chicken manure gave by far the highest yield over the four cycles (12.4 tonne/ha). Compost application came second at about half the yield, but was still four times higher than chemical fertilizer. The control, leaf litter (burnt and fresh), and charcoal treatments gave no grain yields after the second season, and were discontinued. Further, in combination with compost, charcoal amendment decreased yield by about 40 percent compared to compost alone, and only improved yield in combination with chemical fertilizer.

Read the comments on this page for rebuttals and further information. It is suggested Biochar is not THE answer, but part of a complex mix of possibilities.

This 2013 Mother Earth News post Biochar: Not All It’s Ground Up to Be? states the appropriate use of Biochar depends first on soil type. Some soils retain nutrients very well without any amendments like biochar. Tim Crews says: ‘If you’re cropping on soil types other than Ultisols or Oxisols and you manage your organic matter (residues, manure, compost, etc.) well, you don’t need biochar. It won’t do anything for your fertility.’

Second, a ‘situation in which biochar could provide benefits is on very sandy soils in arid climates, because of its ability to improve such soils’ water-holding capacity, reducing drought stress on plants. But making biochar requires large quantities of bulk plant material, and the biochar factory needs to be close to the source of that material; therefore, the product would have to be manufactured in or around highly productive lands or on vast areas of unproductive lands, and then be hauled long distances to the arid environments where it’s to be applied.’ Not only is the available quantity of crop residue per acre too small, but to haul residues off of cropland to a biochar plant would be to further rob the soil of organic matter, while paying a price in energy and other resources as well. After all that, some ‘studies that found yield increases with such heavy application found that after a few years, soil carbon was no higher in biochar-treated plots than in control plots.’

Biochar has been under discussion for years! When you are doing your own questing about it online, look for current posts and research. Note whether the post is on a commercial site, a university, posted by a farmer, if the poster is knowledgeable, what their credentials are or aren’t, if they have experience. Remember that universities make money from research grants on popular topics and sometimes the donation is made by a company. Go to permaculture sites for a look at possible long term possibilities, concerns. Look for pros and cons.

In 2018, the agriculture application segment accounted for 71.1% of the total biochar demand. That makes sense because they have the biggest land holdings. [But it also means 28.9% is used by others, including home gardeners! That’s a big % considering the sizes of their small gardens!] Quoted from a Biochar fan, he says ‘However, a large number of farmers still lack in knowledge about the product and its benefits.’ My question back to him was ‘Do you know what % of farmers use biochar?’

Amendment BioChar and Compost + Manure Yields Great Results!

Some say Biochar alone added to poor soil has little benefit to plants, but when used in combination with compost and organic fertilizers, it can dramatically improve plant growth while helping retain nutrients in the soil.

When would you, a home veggie gardener, use biochar?

First, are wood ash and biochar the same thing? Yes and no. Biochar is made at 450 °C/842 degrees F with low oxygen and wood ash is made at 870 °C from the same mixed hardwood. What about BBQ charcoal? Not the same thing as wood ash or biochar! Not recommended for garden use.

How do you even know if you need Biochar? Was there a forest fire ever there and you already have it? They say biochar comes from such fires and lasts 100 to 1000 years, or 10 to 100 depending on where you read… That translates to the question whether Biochar is considered to be stable or not and under what circumstances.

Have you been applying wood ash from your fireplace regularly? Some gardeners say Yes, used it for years, readily absorbed, amazing crops! Great substitute for lime to raise pH. Others say it’s grey death. It has a high pH that throws off the balance of your compost/soil, can kill off the microbes that are producing your compost. Poster Mr Bill says: ‘Charcoal chemically functions like a sponge, absorbing many organic compounds. When placed in nutrient rich soil, it absorbs the excess nutrients and traps them in the soil. As the carbon in the charcoal is annexed by fungal colonies, those nutrients are released over time. By tying these nutrients up in the soil with charcoal, they resist erosion and release at regular intervals, rather than the feast or famine spikes in levels that occur with manual fertilization by humans.

However, ‘…added to poor soil, or soil deficient in even one nutrient (which may not be obvious), the charcoal’s sponge-like absorption can compete with the roots of plants for the nutrients, leading to increased disease susceptibility or irregular growth hazardous to the plant.’ So it’s good with good soil, bad with deficient soil.

Lord knows even a 10X20′ community garden plot has varying soil content within the plot for many reasons. In my case, I trench in kitchen waste given to me by neighbors. One eats lots of bananas, hence peels. One is a super juicer, greens, carrots, etc. + lettuce and avocado. Another is a senior tea drinker, so little bags along with old snacking grapes, a few eggshells, a bit of coffee and citrus peels, etc. I get them when they have enough. They put them in a bucket outside my door. I take them to the garden and trench them in where compost is needed most. Sometimes a certain kind of plant never thrives in one area no matter what I do. It would take a lot of soil testing to sort out these small areas. I do my own remediation by adding store bought fluffy compost, and chicken manure in general. Most of the time it works fine.

FYI! If you are using or opt to use wood ash as an amendment, DO NOT mix the wood ash with nitrogen fertilizer; a reaction can occur releasing ammonia gas.

Be careful with your choice to use biochar. Is your garden flourishing because it is high on temporary soil amendments that will be spent this season? Is one area doing great, another adjacent area not doing so well; great for one plant but not another? Does your summer or winter garden do well and the other season doesn’t? Plus, all Biochar is not created equal. Its pH and ash content vary depending on the temp it was created at and the feedstock (what was burned) used, whether that was contaminated or not. In general Biochar raises soil pH. You need to use the right amounts. In a community garden 10X20′ plot, where the soil pH varies within the plot, you don’t have room to test/experiment. The increase in soil pH with alkaline biochar will be higher in acid soils than in originally alkaline soils. However! If a biochar has less ash content it will decrease soil pH because of the organic matter content.

Clearly, fireplace ash that is added every season or spring, doesn’t function the same as biochar that lasts 100 to 1000 years. It is either used up or leached away by watering, otherwise, your garden would have the highest pH in history! If biochar can’t be removed from your soil, and lasts for 100 to 1000 years, and your soil is unfavorably balanced, you may need to adjust your soil for a long time. Ironically, it works best where you already have a super flourishing garden!

Note, the type of fire makes another difference. There is increased growth after a forest fire, but slash and burn techniques have a long term bad effect in just a few years. Definitely not sustainable. Wildfires get much hotter, average over 1600°F, than farmer-made controlled burn fires kept under 1000°F to clear a field. Wood burns differently at different temps; the coals have a different structure. Forest fires burn hot at the center with low oxygen and you get Biochar. Big difference. All fires are not equal.

Mr Bill made a convenient list for us home gardeners!

• Use on rich soil with no deficiencies
• Use to correct acidic soils, or amend the pH of the char before application
• Never use on acid loving plants like blueberries [strawberries, celery, beans]
• Add to compost after composting has finished, not during composting. The recommendation for application is about ½ cup per cubic foot of finished compost. [That’s not a lot!]
• Use in moderation
• Never use char from pressure-treated or painted wood.
• Don’t use petroleum based fire starters or fluids if you intend to use the ash.
• Fires started with alcohol or non-paraffin wax are acceptable for garden use.
• Be mindful of your nutrient levels and pH when using char, test regularly for best results.
• Not all char is equal, refuse from wood gasifiers or efficient wood stoves is preferable to that from your campfire, fireplace or grill, but all are acceptable for use given the correct use of your discretion.

Making Your Own Biochar Amendment in Place!

HOW to MAKE OUR OWN BIOCHAR?! 

Though it’s been many years since the Biochar cure has been offered and raved about, using biochar on a mass basis has not been implemented to an extent that is making a planet wide difference. But that doesn’t mean we can’t use it individually. The simplest way to do it is right where you will use it, just like the Amazon Indians did 2000 years ago.

First check your legal situation before you go for it! Per the Santa Barbara County Air Pollution Control District where I live: A burn permit is required for all outdoor burning activity except recreational (campfires) and cooking (BBQ). This includes: Agricultural Burning (see definition) … Residential backyard burning (permitted only in the unincorporated areas of the Santa Ynez Valley)

Highly flammable gases are released during pyrolysis, so make it outside, well away from buildings, animals and people!

Barbara Pleasant, famed author of 5 garden books, throws in her two cents! ‘Last year, I committed one of the great sins of gardening: I let weeds go to seed. Cleaning up in fall, I faced down a ton of seed-bearing foxtail, burdock and crabgrass. Sure, I could compost it hot to steam the weed seeds to death, but instead I decided to try something different. I dug a ditch, added the weeds and lots of woody prunings, and burned it, thus making biochar. It was my new way to improve soil—except the technique is at least 3,000 years old.’

Barbara words the process more simply… What’s biochar? Basically, it’s organic matter that is burned slowly, with a restricted flow of oxygen, and then the fire is stopped when the material reaches the charcoal stage. Unlike tiny tidbits of ash, coarse lumps of charcoal are full of crevices and holes, which help them serve as life rafts to soil microorganisms. The carbon compounds in charcoal form loose chemical bonds with soluble plant nutrients so they are not as readily washed away by rain and irrigation. Biochar alone added to poor soil has little benefit to plants, but when used in combination with compost and organic fertilizers, it can dramatically improve plant growth while helping retain nutrients in the soil.

She speaks of the Amazonian ‘dark earths,’ terra preta, that ‘hold plant nutrients, including nitrogen, phosphorous, calcium and magnesium, much more efficiently than unimproved soil. Even after 500 years of tropical temperatures and rainfall that averages 80 inches a year, the dark earths remain remarkably fertile…’ They were produced this very way, burning. …composts and other soil-enriching forms of organic matter last longer. …increased productivity by making nutrients already present in the soil better available to plants. …organically enriched soil retains nutrients for decades rather than for a couple of seasons. This charcoal releases its carbon 10 to 100 times slower than rotting organic matter. See the details  See Twin Oaks Forge for making charcoal in a barrel!

Why buy commercial Biochar? 

Jeremy Menefee says, first, because they use more advanced tools and techniques than the home producer can easily acquire, commercially-produced biochar is usually more consistent in composition and charred under ideal temperatures.

Second, they are able to produce inoculant tailored to specific uses. Vermont Biochar, for example, produces (by hand) several versions ideally suited for either leafy annuals, root crops, or shrub or woody perennials. Each uses a different composition of inoculant to tailor it for the specific application.

Experienced permaculturist Jeremy also says to Biocharge your Biochar! Even commercial biochar producers say their products benefit from being biocharged again once it’s on your property, to tailor it to your site conditions. Here are two easy methods he recommends.

1) Compost charging Even if you buy inoculated biochar, rather than producing it on-site, it will be improved by maturing in your compost. You can use as much biochar as you want, up to about an even 1:1 ratio with the compost, so don’t worry too much about overdoing it. The Biochar doesn’t break down in the process. You may have shorter compost times! Some experts recommend adding both manure and bones.

Quick tip: If you have time, a great way to get the most out of your biochar is to spread it an inch thick or less into your farm animal bedding. Then, when the bedding is spent, add it to the compost pile. [LOL Black Sheep?!] The biochar is essentially ‘double-charged’ in this way. Also, in addition to stacking functions of your animal bedding, this can help reduce odors. Anecdotal evidence suggests it can also reduce illness among your animals!

2) Rapid Charging! The other way to inoculate your biochar is a bit more labor-intensive, but you can complete the process in hours or days, not months. First, fill a 55 gallon (210 litre) drum with fresh water and biochar. If you are using municipal treated water, let it sit for a couple days to remove any chlorine. Then add compost tea or worm castings and leachate to the barrel with some soil from the area where you will use the finished biochar. For example, if you are going to apply the biochar to your fruit orchard, add some soil from around a robust and healthy tree in that orchard. This will help charge the biochar with the ideal microbiology for your specific orchard.

Once everything is well mixed, insert a long tube such as a length of PVC pipe into the barrel and direct air from a blower into the tube, or use a pond aerator and air stones. Aeration supercharges the inoculant and gives the beneficial microbes a massive head start, and helps them adhere to the biochar. Continue this for 12-24 hours.

Safety when applying Biochar amendmentBe careful when applying dry Biochar!

Wear a dust mask such as the 3M™ 8511 Particulate Respirator – N95 to protect your lungs. Moistening biochar can help a lot with dust control. Some Biochar is shipped with about 30% moisture content to help with dust control. Protective eyewear will reduce the chance of getting dust in your eyes. Wear gloves! Wear rubber boots that can be cleaned easily! Apply evenly on a dry, windless day. Mix thoroughly into the soil before planting.

How much do you apply? Doing it right depends on what kind of soil you have and it’s tested content, its pH, how much you want to raise the pH if at all. And, of course, none, if you don’t need it or your situation isn’t right for it!

There are different answers!

  • A company says: From everything we have seen in our own use and through the research of others a good “rule of thumb” is 10% of the planting area should be biochar. If your soil is absolutely horrible you should probably start with a 50/50 mix of biochar and compost and apply about 1/4 lb per square foot.
  • Typically home gardeners use 5-10% biochar in the top 6 inches of their soil.
  • A gardener says: If bought, follow the instructions on the bags, but I would suggest 50/50 with soil and the same for containers, and see your results the first season before you adjust quantities.
  • Farmer Jeremy Menefee says: It takes about 10 pounds of biochar to properly cover 100 square feet. For potted plants, use pure biochar at a ratio of about 1:16 with your potting soil – about ½ cup per gallon of soil. This ratio is good for raised beds as well, one gallon of biochar per 16 gallons of soil. If you inoculated your biochar in compost (at ratios up to 1:1), just apply compost as normal – the presence of biochar doesn’t change the amount of compost used.

How to apply? Simple!

  1. Made your own in place? Just add amendments of your choice, especially compost, and till it in.
  2. Purchased, preferably inoculated? Lay on about 1/4″, amendments and till it in. If you don’t have much, spread it out and add more each time you amend.
  3. If you’re not able to till, spread out your inoculated Biochar, cover with mulch to hold it in place, let Nature do the work for you.

Coast of Maine Biochar Amendment raised bed mix

Biochar IS big business. There is university research devoted to it for sustainable reasons. They make huge grant monies from it. Yale and Cornell, Ames Iowa, Delaware, Missouri, North Dakota, Rice U in Houston Tx to name just a few schools. Government is in on it too, for example the USDA’s Southern Regional Research Center in New Orleans. There are subsequent conferences, magazines, books, products at your nursery.

USBI Biochar 2019 – is the largest event in North America dedicated to advancing the sustainable production and use of biochar through scientific and engineering research, policy development, field practice, and technology transfer. It will focus on bridging scientific, industrial, practitioner, and policy gaps in biomass utilization for biochar and bioenergy production. June 30 – July 3 at Colorado State University in Fort Collins Colorado.

BIOMASS Magazine – Beyond the Hype

Check out the BioChar Journal …we want our readers to be confident that what is written in the Biochar Journal is based on sound science and practicality.

Local gardeners might see various products at their nursery. A blend in snowy Maine might be quite different than in SW SoCal droughty areas. Before you order up online, take this into consideration. When buying locally, look on the package to see where it was made, then check out those ingredients. The bag shown here is definitely intended as a pH raiser; it has biochar and lime!

For those of us gardening at community gardens, we need to think of what the next gardener’s soil needs might be after you leave. What if they primarily want to plant acid loving plants, those blueberries, strawberries, celery or beans? In keeping with rotating crops, planting in a different place each year, to avoid soil diseases various plants are susceptible to, we may need to stay flexible – amend each season or year with regular or acidic compost per patch as we go.

If you have a good size parcel of land for veg gardening, that you plan to keep for many years, soil test different areas. You might coordinate your Biochar choices with the land’s own natural flow, plant accordingly. Some sites say it takes about a year for the Biochar/soil relationship to be fully established. If you are planting in raised beds/containers, where soil is leached of nutrients due to higher soil temps, drying, in those structures and frequent watering to compensate, replacing spent soil/compost each year, Biochar isn’t going to work for you.

Making your own Biochar is cheap, but a lengthy process you hope you do right. Probably wise to have someone experienced with you when you do your first processes. First there is gathering the right materials, selecting the right place and technique for the kind of results you want, doing the burning. Then there is the biocharging process for it to do its best work. Buying Biochar can be pricey if you get the best, inoculated. If you put it where it can be used to best advantage, that is worth the one-time expense.

Your final decision to use or not use Biochar may be based on your instinct. You may decide not to use it at your current location or in a specific area of your garden. You might move, or be visiting in another gardener’s location and feel it is the right choice for that place. Maybe you will decide to wait and see. Honor your feelings. You might not save the planet today, or maybe you will by using succinct educated choices.

Bless you for being a garden guardian, a caring Earth Steward.

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The Green Bean Connection newsletter started as correspondence for the Santa Barbara CA USA, Pilgrim Terrace Community Garden. All three of Santa Barbara city community gardens are very coastal. During late spring/summer we are in a fog belt/marine layer area most years, locally referred to as the May grays, June glooms and August fogusts. Keep that in mind compared to the microclimate niche where your veggie garden is. Bless you for being such a wonderful Earth Steward!

Love your Mother! Plant bird & bee food! Think grey water! Grow organic!

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Mulch Living Missoula Montana Permaculture Sustainable FarmLast month we looked at Leaf Mold, Mulch or Compost. That’s from the end of life of tree leaves. This month I would like you to take a think about Living Mulch! It is by contrast, an ongoing sustainable green process that produces more and more Nitrogen right where you can use it. It’s generally a faster process by far! You may be a little challenged to figure out how to use it in your specific garden, and you may choose not to, but it may be a perfect option for many reasons.

I use it for my strawberry patch each year. When weather cools and the berries produce little, I pull them, plant my living mulch, green manure, close to Oct 1 for mid January bareroot berry planting. If I have a soil area that is producing less than spectacularly, I plant that area about Dec 1 in time to be ready for early spring planting mid March. Clearly, if you are in northern snow zones, you may need to rotate areas, plant living mulch in an area every three years maybe. In SoCal you might forego planting a ‘winter’ garden and instead plant living mulch. It will need watering, but while it’s working hard to make great soil, you can have a wee rest.


Looking to find what plants to grow as a Living Mulch under Rat’s Tail Radishes started my inquiry! I was delighted to find this permaculture farm site with these terrific details based on experience with references to university (non commercial) research. It’s the real deal since their income depends on successful sustainable growing near Missoula, Montana in a northern short season!

Living mulch can easily be done by planting closely and letting the leaves of the plants completely shade your soil keeping it cool and moist. In summer, living mulch might look like beets or carrots, or differently colored lettuces planted a little more densely on the sunny side under a larger plant like peppers, or at the base of your bean trellis. In SoCal winter it could be cilantro, beets, carrots and lettuce under your broccoli or surrounding your kale, at the feet of your pea trellis. Or if you can’t eat that much, you could toss a mix of legume seeds under your plants to feed your soil as well!

What else could you do? You might like to prepare your current pathway for crop rotation – using it to plant in next season. Maybe you have an area you would like to convert to a veggie garden, or you have a patch where you want to restore the soil before planting again.

When you read this, you will think like a farmer! After you’ve got it, then think how to apply this info to your own garden. These excerpts from http://www.veganicpermaculture.com/agroecology.html have some more technical language and information, but take it slowly. Sometimes I have to read one paragraph at a time, several times, when I’m taking in new dense information. It’s worth the read. You won’t be the same afterwards, and there are some surprises. Go directly to their page to get the whole read, see all the backup images and videos! But read this too, because I’ve made comments for home gardeners and SoCal timing along the way and at the end….


You can grow your own fertilizer with living mulches. Living plants used as mulches have an advantage over dead mulches, such as straw and hay. They affect soils both above and below the ground. They grow with and around main crops and are usually green, succulent, and full of nutrients, with a well-developed root system. This root system works its way into the earth, opens up the soil, and feeds the soil food web all season long, if living mulches are managed properly.

Over time, living mulches improve soils and build the skeletal framework which holds plant nutrients so that they are available when plants need them. This is because living mulches add organic material into the soil without disturbing it. When mowed regularly or tilled into the soil, living mulches add plant nutrients for free, including the big three: nitrogen, phosphorus, and potassium, as well as sulfur, calcium, and micronutrients. When compared to plants grown without mulch in bare soil, legume living mulches produce higher vegetable yields. Leaf cover and yields of bush green beans was higher when planted into a killed stand of hairy vetch. Corn yields were higher in red clover that had been killed in strips. Though fruit maturity was delayed, yields of tomatoes grown in hairy vetch were higher and fruit weights were greater than in bare soil treatments.

Soil organic matter acts like a big sponge soaking up water and releasing it slowly when needed. However, in the short term, most living mulches steal soil water from crops when both are actively growing, especially early spring through early summer. Living mulches hold onto and recycle soil water when NOT actively growing. In one study, corn grown in mowed hairy vetch struggled for water during the first 1 to 4 weeks after planting. But, by two to four weeks after planting, soil moisture levels were the same as in bare soil treatments. Soil water levels were higher than in bare soil after four weeks. In other words, over time living mulches can conserve moisture in your garden, but in the short term, especially right after planting, they compete with crops for soil water.

Living mulches provide diversity and a legume crop rotation which is the foundation of disease suppression in all organic gardens and farming systems. In my 17-year living mulch vegetable production system, disease problems simply dropped off the radar, including cabbage worms. In a 2- year study, we discovered that the living mulch was providing a home for many kinds of predators who were controlling cabbage worms in our commercial plantings of broccoli, cabbage, and Brussels sprouts.

IMPORTANT to know! In cold, wet soil, living mulches may encourage disease and some pests such as slugs or snails. Researchers from South Dakota found lower seedling emergence and survival and higher amounts of disease-causing fungi in clover and hairy vetch mulched fields, when crops were planted during cool weather. But many other studies indicate that several insect pests are controlled in living mulch as compared to bare soil plots. Several species of both specific and generalist predator and parasite populations [the good guys] have been shown to increase in living mulch plots.

When hairy vetch and rye residues covered at least 90% of the soil in one study, weed density was decreased by 78%. Living mulches can fight weeds by “smothering” them, and by utilizing all the water and nutrients so that weeds are starved and cannot invade. Combinations of grasses and legumes are best for smothering weeds.

When to plant your Living Mulch – There are 3 kinds!

  1. ANNUAL LIVING MULCHES. Plant in the spring. In cold climates they are killed by below freezing winter temperatures.
  2. BIENNIAL LIVING MULCHES Plant in the spring. Will grow foliage the first season, overwinter and then flower, set seed, and die the next growing season.
  3. PERENNIAL LIVING MULCHES Plant in late summer/early fall or in spring

You want to read this! For fascinating details on which plants to plant at which times and details about each so you make the very best choice, see their page.

Important points! Once you have chosen the right living mulch for your particular area and need, develop a management plan. You can keep living mulches from becoming too competitive by mowing, lightly tilling, rolling, or keeping them dry (withholding irrigation).

  • Mulches should be mowed and left to sit on the soil surface for two days to two weeks before incorporating into the soil. Your management timing affects pest management.
  • Keep mulches short in wet, humid weather to avoid disease.
  • Mow mulches if annual weeds begin to pop their heads through in order to avoid weed seed production.
  • For FAST plant nutrient cycling, till living mulches into the soil in late spring 2-4 weeks before planting.

Ok, so when you plant living mulch, say for your annual mid Jan bareroot strawberry patch…here’s the schedule:

  1. Oct 1 plant your living mulch – put this on your garden calendar! If Bell beans are in your seed mix, or are your choice, they take a couple months to mature.
  2. About Dec 1 chop down/mow, chop up your living mulch and let it lay on the surface two weeks. If Bell beans are in the mix, chop the mix down and into small pieces when the beans flower and the stalks are still tender. Keep your chopped mulch moist, not wet, until it is tilled in. Being moist aids decomposition.
  3. Mid Dec till in your living mulch for mid January bareroot planting. The little white balls on the roots are like a beautiful little string of pearls. Those are the Nitrogen nodules legume plants make that we are growing them for! At this time add any other amendments you want. Strawberries like slightly acidic soil, so I add store bought Azalea/Camellia acid compost. It’s fluffy and adds water holding capacity.

If you are preparing for early SoCal spring planting mid March, that translates to planting your living mulch, again based on your choice of plant(s), right about Dec 1. If you miss that window, plant a faster grower! Clovers and vetch grow quickly and vigorously, or ask your local nursery, feed store person or farmers what they have or what plant will do the job.

Legumes are prime living mulch choices because they make (fix nitrogen from the atmosphere) for other crops. But, they only give up that fixed nitrogen when they die or are tilled into the soil, or over time if they are mowed and the residue is left on the soil surface as a mulch. Actively growing legumes do not USE as much nitrogen as non-legumes, but they do not GIVE UP nitrogen to the soil or other plants when they are actively growingLegumes do not fix nitrogen at equal rates, or under all conditions. Nitrogen fixation rates are decreased by low (< 40 to 50o F) soil temperatures and stop at freezing temperatures. Nitrogen fixation rates vary among legume species. For example, clovers, sweet clovers, medics, and vetch provide 0.1 to 2.5 lbs of nitrogen per 100 sq ft. Alfalfa provides six pounds of nitrogen per 100 sq ft.!

I use Island Seed & Feed’s Harmony mix – Bell beans, Austrian Peas, Vetch and Oats. Oats grow deep into the soil opening air and water channels, bring up nutrients. Get the inoculant that goes with it. After you broadcast your seeds, roll them or if a small space, lay down a piece of plywood or a board and press them into the soil so the seeds have good soil contact and will stay more moist longer when watered. Water gently overhead with a fine spray so soil isn’t washed away and soil contact lost, seeds aren’t swooshed to a low spot. Immediately cover with raised aviary wire, or your choice of material, to keep them from being bird food! How quickly that can happen! Keep them moist, especially if there is hot weather.

You can plant living mulch at any time, depending on your climate, among your existing plants. Living mulch plants shade the soil, some suppress weeds, while they are living, then feed the soil when you till them in after your plants are done. Just choose ones for the right time of year. Plant your garden pathways with ones that can stand being walked on. Till that in and plant there next season!

HOW AND WHEN TO CONTROL YOUR LIVING MULCH

The way living mulches are managed in our [Montana] gardens determines what benefits we derive from them. Legumes contribute most to soil fertility if they are mowed or tilled into the soil. Nutrient release is much slower if the living mulch is mowed and not tilled in. But, some studies indicate that nitrogen, calcium, magnesium, and potassium levels are best increased in the soil over the long term when crop residues are left on the surface, rather than tilled into the soil. Nitrogen release by cover crops depends on temperatures and humidity levels. The warmer the weather, the more quickly residues will release their nitrogen. Studies at North Carolina State indicate that 75% of the nitrogen in some legume cover crops is released within seven to ten weeks after mowing if residues are left on the surface. If the residues are tilled under, nitrogen release is quicker and may be accomplished within four to eight weeks. In cooler weather, nitrogen release can take much longer. In my experiments in Montana in a very microbially active soil, nitrogen release occurred 2 to four weeks after tilling red clover into the soil. There is a lag time of at least two weeks during which nitrogen and phosphorus will be tied up in the soil food web digesting wheel (This lag is called immobilization because soil microbes are using the same nutrients that plants need and thus immobilizing them, or making them temporarily unavailable to plants). Plan for this and wait two to four weeks after mowing or tilling the living mulch before planting main crops. Waiting at least two weeks to plant will also reduce the chance of increased disease organisms, which can be favored by an addition of fresh (particularly succulent and green) residue.

Mowed cover crop residue left on the surface to decompose needs to be kept moist (but not wet!) for at least the first five to seven weeks after mowing to enhance decomposition.

Some living mulches may need light tillage. Light tillage equates to walking your rototiller quickly over the surface of the living mulch. Do not let the tiller tines go into the soil more than one to two inches. If residue is buried deeper than several inches below the soil surface, decomposition time will be longer and anaerobic conditions may occur. Remember that soil microorganisms require oxygen to do their job.

Cover crops can also be managed with a rake. Rake the cover crop vigorously until the soil is exposed. Cornell University research indicates that disturbing living mulch cover crops by using light tillage is most successful in July. This is also the time when most summer crops are particularly resource demanding and hence it is a time when living mulches are most likely to compete with crops.

RIGHT INOCULANT FOR YOUR LEGUME COVER CROPS

Inoculation of legume cover crops is suggested. Inoculants consist of species-specific bacteria that associate with legume roots and fix atmospheric nitrogen. Use the correct inoculants for the cover crop. Alfalfa and yellow and white sweet clovers share the same inoculants; true clovers share another; peas and hairy vetch share a third; garden beans and field beans share a fourth. Purchase inoculants when purchasing seed.

Some living mulches are allelopathic. This means that they biochemically inhibit the growth of other plants. Mustard family types, such as rape and black mustard, are good examples of allelopathic living mulches. Allelopathy can be used to help control weeds; on the other hand, crops can be adversely affected, particularly seeded crops [meaning seeds don’t germinate well or at all].

Seeded crops, like lettuce, can be inhibited by some living mulches, such as mustard, but usually only if the living mulch is tilled into the soil and a crop seeded immediately after. The allelopathic reaction dissipates in time. For example, the compound in plants from the mustard family [includes Brassicas] that is most responsible for its allelopathic reaction loses 80 percent of its punch within two weeks. Plant main crops three to five weeks after mowing or turning under any living mulches suspected of exhibiting allelopathy.


Living Mulch is a superior choice. Give it some thought. Carefully read up on it. Keep your notes. Every gardener’s situation is different – what you grow, your weather, how much time you have, how much production you need. Living mulch is a sustainable choice.

There are two SoCal standard times to plant living mulch to do soil restoration. One is early October to be in time for January bareroot strawberry and berry vine plantings. The other is December/January for early spring plantings. Or you can opt to not plant an area for production that year and plant living mulch anytime if you live in an area that freezes in winter.

In Santa Barbara area, Island Seed & Feed carries legume seeds and mixes by the pound and the inoculants you need. Plus, it’s a fun place to visit! They also carry LOTS of other seeds and local organic seeds as well! (Pet supplies too!)

You don’t need to do a large area. Do a test run. This year try a pathway with living mulch you can walk on instead of a board, concrete steps or straw! If you do a pathway, mound it up before you plant so when it compacts as you walk on it, it will stay level rather than dipping lower and collecting water, making mud. Restore an area where you will grow heavy feeders next spring. When you are eating bigger tomatoes right off the plant you will be happy and feel quite virtuous.

Excerpts from http://www.veganicpermaculture.com/agroecology.html


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The Green Bean Connection started as correspondence for the Santa Barbara CA USA, Pilgrim Terrace Community Garden. All three of Santa Barbara city community gardens are very coastal. During late spring/summer we are in a fog belt/marine layer area most years, locally referred to as the May grays, June glooms and August fogusts. Keep that in mind compared to the microclimate niche where your veggie garden is. Bless you for being such a wonderful Earth Steward!

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Soil Germination Temperatures Veggies Parsons

The graph above is of best soil temps for seed sowing! And even then, some seeds are more cold or heat tolerant, so get enough seeds to try again should there is some kind of fail.

Challenging conditions can be shady areas, or if you are intermingling veggies in your landscape, areas shaded by permanent ornamental plants. Transplants are already up and more hardy, sun reaching sooner, so your wise choice may be to start with transplants, not seedlings started outside. If you are container gardening, move your container to follow the sun during the day. Use one of those little plant dolly thingies if it is a heavy container.

Bushel of tasty String Beans in a Basket!STRING BEANS 

DARK AND LIGHT-SEEDED BEANS: Dark-seeded beans are more resistant to rotting in cool soil than light-seeded beans. Beans need a minimum soil temperature of 65°F to germinate well, otherwise rotting may occur.

Beans are crazy to grow! They will give you a good crop in soil that’s loamy, sandy, rocky, rich or poor and even in clay as long as it has good drainage. They do prefer slightly acid soil. Though beans do need regular water for their short roots, still, avoid planting them in shade with soil that stays wet.

When growing beans in a new garden site! Special tip from Bountiful Container: ‘With inoculant, the critical bacteria that enhance the plant’s ability to convert Nitrogen from air into N in the soil, are added to the soil. Either powder the inoculant on wet seed or sprinkle granules in the soil along with seeds. Grow stronger, produce more beans.’ Even simpler, if available, scatter a few spadesfuls of soil from last year’s bean patch into new planting sites.

Beans like days to be at least 70° and nights to dip no lower than 40°. It’s worthwhile to wait until those conditions are met. Otherwise, you’ll have spotty germination and stunted, spindly plants. Beans grow so quickly that waiting for ideal temperatures will be worth some patience.

Cucumber VarietiesCUCUMBERS

Warm, light, sandy loam soils are preferred for early production. Compost and composted manure is good. Cukes like moist well drained, fertile soil and need a pH above 6.0. A farmer says: Apply 6 to 10 pounds of fertilizer for each 100 foot of row, using care not to bring fertilizer into contact with the seed. A home gardener says: When I plant cukes, I dig out a hole, about a foot square, fill it with compost, and plant my seed right into the compost. No fertilizing the rest of the season and you’re not wasting fertilizer in soil between plants that the roots never touch.

A tropical vegetable, cucumbers thrive when the weather is hot and water is plentiful. If the weather is unseasonably cool, wait a while to mulch until the ground is warmed by the sun.

Sow seeds directly in the garden when daytime temperatures are at least 65° to 75°. They are frost tender and should not be planted until the soil has warmed up to 65°, some say 70°! Cukes grow well in daytime temperatures in the 70’s, best at 81° F to 101°.

Mini FYI: The inside of a cucumber can be up to twenty degrees cooler than the outside temperature. This is where the saying cool as a cumber came from!

Eggplant Purple Long Shiny Harvest BasketEGGPLANT

Wherever you plant them, the key word for eggplant soil is ‘rich.’ Sandy loam or loam is lovely. Eggplants are greedy feeders; ideal eggplant soil is well-drained, rich in organic matter, including lots of well-rotted manure, and has about a neutral in pH. During the season, sidedress with extra compost. Keep the soil moist to promote maximum growth.

Eggplant do NOT thrive in very humid areas. Pollination is difficult when the weather conditions are very wet, overly humid or excessively hot.

The minimum soil temp needed for seed germination is 60° F. The optimum range is 75-90° F. 
Transplant at soil temp that is minimum 65°F.

Place transplants in the garden slightly deeper than they were in their pot. Cold soil will shock the plant and set it back several weeks.

Eggplants are more susceptible than tomato plants to injury from low temperatures and do not grow until temperatures warm. They like temps to remain above 68°, 70° to 85° F is even better.

Critical temperature for setting out eggplants isn’t the daytime high, but the nighttime low. Cool evenings will set back the seedlings’ growth and make them more susceptible to diseases. Wait until the evening temperatures are above 65° before putting in seedlings. Cold temperatures will stop plant and root growth reducing plant vigor and yields. If your crop is still producing in the fall, cover them on cold evenings to extend the harvest.

Don’t be in a rush to mulch. Mulching too early in the season keeps the soil cool, resulting in slow growth, poor fruit set, and shallow rooting.

California Wonder Peppers Changing Color - Eden Brothers imagePEPPERS, either hot or bell, need VERY RICH SOIL, are heavy feeders!  Place compost, worm castings, rotted manure under them when transplanting. Mix in 1 T Epsom Salts, Maxi Crop, Landscape Mix.  Sandy soils are preferred for the earliest plantings because they warm more rapidly in the spring. Heavier soils can be quite productive, provided they are well drained and irrigated with care.

Rather than in the soil, do foliar Epsom Salts! A cheap home remedy that can keep plants greener and bushier, enhance production of healthier fruit later in the season, and potentially help reduce blossom-end rot. Apply 1 tablespoon of granules around each transplant, but research has shown a foliar spray of a solution of 1 tablespoon Epsom salts per gallon of water at transplanting, first flowering, and fruit set is more effective! As a foliar spray, Epsom salts can be taken up quickly by plants, otherwise, it is sometimes hard for the plant to get it out of the soil because of calcium competition.

Peppers are Temp Particular! Hot peppers grow best in daytime air temperatures 65° to 85°F. Transplant when night time temperatures stay above 50°, 55° is better. Below that plants grow very slowly, have yellowish, puckered leaves, and look sickly, often don’t recover. Night temps between 60° and 70° are best. In temperatures greater than 85°F, peppers may drop their blossoms although set fruit will ripen. The ideal temperature for peppers is a daytime temperature around 75°F and a nighttime temperature around 62°F.

At soil temperatures above 65°, pepper growth accelerates. Plants may become stunted and never recover if either the soil or air temperature is much below 55°.

  • Nighttime temperatures below 60° F or above 75° F can reduce fruit set.
  • Plumping up! Gardeners in hot regions will need to be especially patient with big bells and sweet roasting peppers. Both of these tend to wait until the nights are longer and cooler in late summer before fruiting and plumping up. These folks may want to plant banana peppers or sweet non-bells, which will ripen in time to use with those bumper crops of tomatoes and basil. Peppers need time on the plant to absorb nutrients and water and plump up their flesh, so pack your patience.
  • Color Changes! Mother Earth News says: After reaching their maximum size, green peppers that are meant to turn red, will develop red pigments in 10 to 28 days, if daytime temperatures are between 65° and 75°. In southern regions where temperatures exceed that range, peppers turn yellowish and may acquire an off-color pallor that is not attractive. Below the optimum temperature range, color development slows dramatically; below 55°, it stops completely. If soil temperatures drop below 68°, pigment production declines and eventually ceases.

Zucchini Summer Squash YellowSQUASHES grow best in full sun! They like rich well-drained soil, high in organic matter, and require a high level of feeding. Zucchini, in particular, produce a lot and get hungry!

Days need to be at least 70° and nights to dip no lower than 40°. Summer squashes grow best in air temperatures ranging from 60° to 75°F.

Plant in a warm soil. If the soil is below 60° F, summer squash seeds are more likely to rot in the ground before sprouting. The ideal soil temperature for germination is 70-90° F. A doable temp is 65-70°F.

Tomatoes, Red Slicers and Cherries!

TOMATOES

I add a good dose of animal manures and compost, and my usuals to the planting hole –- a huge handful of bone meal – for later blossoms, a handful of non-fat powdered milk – for the immune system, worm castings – immune system, a tad of coffee grounds. This robust combo works well.  As they decompose, coffee grounds appear to suppress some common fungal rots and wilts, including FUSARIUM! Go VERY LIGHTLY on the coffee grounds. Too much can kill your plants. It was found in studies, what worked well was coffee grounds part of a compost mix, was in one case comprising as little as 0.5% of the material. That’s only 1/2 a percent!

Temps are crucial! Tomatoes are not happy when there are

High daytime temperatures – above 85° F – select heat tolerant varieties
High Nighttime Temperatures – above 70° F – select heat tolerant varieties
Low Nighttime Temperatures – below 55° F

True, tomatoes are heat lovers, but per the University of NV, temperatures over 104° F, for only four hours, causes the flowers to abort! If you expect high summer temps, plant heat tolerant (“heat set”) varieties: Florasette, Heat Wave, Solar Set, Sunchaser, Sunmaster, Sunpride, Surfire. When temps are out of your tomatoes’ happiness range, they abort fruit set and go into survival mode, stop production. That’s why your plant may make no tomatoes for a period of time. Don’t think it is a quitter and pull it. It will start up again when temps lower.

High nighttime temps are even worse than high daytime temperatures because your plant never gets to rest.

In the spring, wait until nighttime temperatures are reliably above 55° F or protect your plants with a cover at night.

Soil Thermometer VeggiesMany seeds can be presprouted. Presprouting is super and clever because you know you have plants! Germination in the soil can be spotty, so get fresh seed from a reliable source and presprout! It’s easy and terrific fun to watch the little ones appear! See more

Regions have huge variances in planting time strategies, and even in the same yard there are micro niches that vary considerably, so get a thermometer and plant in the right place at the right time! See more

With your Soil Thermometer, and good gardener self discipline, get your seeds and plants in the ground at their most productive times for your location!

Here’s to super tasty abundant harvests!

Updated April 2018

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The Green Bean Connection started as correspondence for SoCal Santa Barbara CA USA Pilgrim Terrace Community Garden. All three of Santa Barbara city’s community gardens are very coastal. During late spring/summer we are often in a fog belt/marine layer most years, locally referred to as the May grays, June glooms and August fogusts. Keep that in mind compared to the microclimate niche where your veggie garden is. Bless you for being such a wonderful Earth Steward!

Love your Mother! Plant bird & bee food! Think grey water! Grow organic!

 

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