#seed-planting

#seed-planting

The industrious buzz of bees tackling the dregs of cherry blossom was lawnmower-loud, accompanied by back off peeps from blackbirds nesting in the ivy.

Plump, wiggly slugs may look innocuous, but they can wreak serious havoc on a carefully-curated garden, even causing total crop failure.

Stagnant indoor air is one of the less discussed reasons houseplants struggle. Fungal spots, mould on the compost surface and pest infestations like mealybugs can all be traced back to a room with no airflow.

Crushed clean, dry eggshells, when scattered over the soil, are intended to stop adult gnats from laying eggs and potentially add natural fertilizer. However, they merely sit on the surface, collecting dust, while the gnats remain attracted to the damp compost.

Around a third of UK gardeners use pesticides, and our studies found that house sparrow numbers, for example, were nearly 40% lower in gardens where the pesticide metaldehyde was used. By reducing pesticide use, you can actively encourage birds back into your outdoor spaces, as they rely on invertebrates such as slugs and snails as natural prey.

"The awesome thing with pulse crops is no nitrogen needs... not having to put any nitrogen on a pulse crop is a great starting point," he says, noting that this allows growers to not only meet PKS requirements but, in some cases, build soil fertility for the rotation.

Seedlings are ambitious and will germinate and start growing once pressed into damp soil, shooting toward the nearest light source. However, if they remain in small containers without natural light, they can become root-bound and leggy, eventually collapsing under their own weight.

Starting an edible garden can make it easier for you to eat healthy and avoid rising grocery costs. You have access to fresh, organic fruits and veggies right outside your door.

Raised beds provide access to fresh food, even organic veggies and fruits if you choose, for a fraction of grocery store prices.

Garden angelica, Angelica archangelica, belongs to the Apiaceae family, the same botanical group as carrots, celery, fennel, and parsley. Like its relatives, it produces a large, distinctively umbrella-shaped inflorescence, or flower cluster, called umbels. In its first year, the plant forms a lower mound of bright green leaves. In the second, a thick, hollow stem shoots upward and unfurls the broad green flower heads that resemble wild carrot or Queen Anne's Lace.

To an unimaginable eye, a seed looks inert. Yet they are packed with genetic information and biological processes poised to unfold. All it takes is the right configuration of signals and stimuli from the environment to let them know it's time to dare to grow.

The term "soil fatigue" or exhaustion refers to the condition that soil profiles take on when they've been heavily monocropped and untended. This soil is devoid of the microbial content that offers plants bioavailable food. It lacks the fungal and bacterial organisms that interact with plant nutrients.

People grow asparagus from crowns because it shortens the long wait times for harvesting. From seed, you'll need to wait three years before harvesting asparagus. Some people consider that a waste of time. The tradeoff is that you can keep harvesting every spring for up to 15 years or more. If you plant crowns, you get a one-year jump on things. However, those crowns may have soil-borne diseases you don't know about, so there is a risk involved. Seeds remove that problem.

When you think of farming, what ingredients do you generally associate with a successful harvest? The basics certainly come to mind: fertile soil, plenty of sunlight and lots of water. But there are other variables that can also mean the difference between a crop of healthy fruits and vegetables and a large heap of organic waste. And it turns out that one of those variables is a very small hawk.

As concepts such as "regenerative" and "biodynamic" continue to enter the mainstream coffee lexicon, scientists continue to literally dig into the soil to give them meaning. A recent peer-reviewed study from India's Western Ghats argues that one of the clearest signals of healthy, sustainable coffee farms lies in the ground itself, with organic coffee soils performing better than soils from conventional farms treated with synthetic inputs.