Gardening Facts, Terms, and Tips

Things you need to know before starting gardening

Starting your own garden, whether indoors or outdoors, can be very intimidating at first. There’s a lot of stuff that you need to learn, from sowing up to harvesting. However, despite the struggles you may encounter, you’ll be fulfilled and rewarded when your gardening efforts bear fruit (pun intended)!


indoor vegetable garden | indoor herb garden | outdoor flowerbed
Image sources: A Piece of Rainbow

First, it’s important to familiarize yourself with some terms so you won’t get lost in the sea of gardening rules and information. Even reading a packet’s instructions can make you confused if you’re a total newbie. So, in this article, we’ll provide you with some basic gardening facts, along with some tips, to help you transition into the life of a gardener smoothly.

Along the same lines, we’ve also published a myriad of articles on topics such as purple flowers, Hibiscus trees, and even the Montreal protocol, if you’re curious about the ozone layer. 

What is ‘frost date’? | What does ‘last frost date’ mean?

Timing is everything when it comes to gardening, especially if you want to grow crops and do it outdoors because the climate greatly affects a plant’s survival. Knowing about the first and last frost dates is essential to the success of your gardening efforts if you live in a country within the temperate region (i.e., experiences winter or has four seasons).

Basically, a frost date is the average date of the last frost/light freeze or first frost/light freeze that happens in spring or fall. These dates are important to take note of because plants differ in the temperature they can handle. Some can handle frost and thrive in cooler temperatures, such as broccoli and lettuce, while some cannot handle frost and thrive in warmer temperatures, such as tomato and pepper.

So, if you sowed your warm-loving seeds way before the last frost date, they will get caught up in the cold temperatures of frosty spring nighttime, and it will be damaged, or worse, killed. Fortunately, almost all packets come with instructions on when to start the seed. These instructions might vary from the cryptic “sow seeds after danger of frost” to a more straightforward “start them 30 days before last frost date.”

see #2 “Planting Instructions” for the use of frost date in seed packets

Image source: Houseful of Nicholes

Plants that cannot handle the cold, such as tomato and lettuce, must be germinated indoors to avoid the chilly weather of winter. Tomato seeds, which are to be sown 6-8 weeks before the final frost, are better off indoors when germinating. By the time the young tomato is ready to be put outdoors, the frost will be truly over and the soil will be able to accommodate the growth.

To know the schedule of the last and first frost dates, you can easily look for it by typing “frost dates by ZIP” in your search engine, or you can simply check this compilation of First and Last Frost Dates by Old Farmer’s Almanac (for USA and Canada).

What is ‘hardiness zone’? | What does ‘hardy to zone x’ mean?

Also called a “gardening zone” or “planting zone,” hardiness zone is a geographical zone where certain types can thrive in the specific climate of that area. Developed and updated last 2012 by the USDA, the Plant Hardiness Zone Map divides USA, Hawaii, Alaska, and Puerto Rico into zones based on the location’s annual minimum winter temperature. Meaning, the map is a standard that gardeners can use to determine which are most likely to survive in a specific zone/location. So, if a certain variety is described as “hardy to zone 9,” this means that it can withstand a minimum temperature of –6.7°C (20°F) to –1.1°C (30°F).

However, if your country isn’t on the USDA map, you can check out the worldwide hardiness zone map we included below or this list of hardiness zone maps by The Spruce, which includes Russia, Japan, Southeast Asia, and more.

What is a ‘microclimate’? and How do you make one?

Microclimate, by definition, is a climate of a very small or restricted area that differs from the climate of the surrounding area. In gardening, microclimates are utilized to offer optimal growing conditions or environment to a plant.

Sometimes, your location’s hardiness zone does not support the optimal growth of the plant that you want to nurture. Other times, due to climate change, your area’s temperature does not conform to the temperatures indicated in the hardiness zone of your country.

This is where creating a microclimate comes in—an environment where it can thrive. It is wise for beginners to choose a type based on the standard hardiness zones, but if you truly want to grow something that your location isn’t suitable for, then you can create a microclimate.

Exploiting microclimate can be done in numerous ways, such as creating a warmer or colder area in a room or out in your yard. For example, you can use grow lights as a source of heat and light indoors, use greenhouse covers or humidifiers to increase moisture and humidity, or you can create a strategically placed structure around your garden bed.

Some examples of strategically placed structures around a garden are masonry walls, sheds, or fences. These can retain the heat it accumulated during the day, which then can warm up the garden beds through the evening. An additional benefit of these structures is that it can give extra protection to your plants against pests.

If you plan to try this out, make sure to use materials that will not easily rot nor get infested with molds. One example of a great material to build sheds or fences with is this marine grade plywood that doesn’t easily allow fungus growth, is held together by waterproof glue, can withstand high temperatures and moist environments, and is made up of high-quality wood. Pair this with a wide belt sander to help you polish your woodwork and provide the best material for your garden beds or sheds.

And if you’re a big-time gardener who’s looking to expand your gardening business, surely, you’ll need better materials and tools for your endeavors. You might need this plasma cutter that can easily cut through stainless steel, steel, aluminum, brass, copper, and even conductive materials with high precision. The business expansion would, of course, entail a higher volume of production and construction. A MIG welder, which can produce high-quality welds in a much timely manner, will be a perfect addition to your tools. And, if your new business location would require you to travel, you’ll surely need a portable engine-driven welder that you can take anywhere and a water reservoir for your new nursery. Fuel transfer tanks would be convenient to have, which can serve as a reservoir for water, fertilizer, and gasoline.

What are the differences between sowing, planting, and seed starting?

The terms ‘sow,’ ‘plant,’ and ‘seed start’ are used interchangeably and basically have the same meaning, with only a few differences depending on its use in a sentence.

  • plant – This is the most widely used term and can be applied to any form of planting. By definition, it means to place a seed, seedling, bulb, cuttings, or plant in a place (soil or any growing medium) so it can grow. This term, however, is most commonly used when describing transplanting or replanting a seedling/plant grown to another place (pot, ground, garden bed, etc.).

  • sow – This term is only associated with the use of seeds, unlike ‘plant’ that can be associated with the planting of a mature one. Usually, ‘sow’ is used in formal settings like in packets instructions, manuals, and brochures, and is most commonly used interchangeably with the terms ‘start,’ ‘germinate,’ or ‘seed start.’ By definition, it means to plant them by scattering on or in soil, done in a controlled manner, to initiate sprouting or germinating.

  • seed, start, or seed-start – These terms are only associated with seeds, just like ‘sow.’ It basically entails the process of starting the germination process.

Want to read some of our other extensive guides? Here are some of our most popular, including SAE to metric conversion, gauge wires, lawn tractors and extension cords.

What is a ‘direct sow’ seed? | What does ‘direct sowing’ mean?

Some are better to be directly sown in the soil instead of being transplanted. Usually, this information will be in the packet’s instruction, as shown below. Basically, direct seeding/sowing is when you germinatem directly into the soil, outdoors or wherever you plan to let the them grow—in an indoor vegetable garden, in your lawn, or inside your greenhouse. This means that you will not be using a separate starting kit or container. Thus, you have to be sure where to plant them; it must be somewhere it can thrive in and will not get damaged nor neglected because you must not move the plant anywhere after seed-starting.

Ones that require direct sowing are usually ones that have a delicate root system or ones that are fast growers. A disturbance to the roots of a type with sensitive roots, such as tap-rooted vegetables, can cause damage or wilt. On the other hand, it would be impractical to germinate fast growers in a starting kit because it would just outgrow the container and would require immediate transplanting to a bigger container or garden bed. However, there are some types that can be transplanted but thrive better when directly sown, which is why their packets indicate direct sowing instead of starting indoors.

Examples of ones that need (or prefer) direct sowing are zinnias, sweet pea, morning glory, poppies, beans, peas, carrots, beets, corn, squash, pumpkin, melon, cucumber, and spinach, among many others. If your packet does not include an instruction for this, then utilize your search engine to look it up so you can be sure.

the direct sowing requirement is shown in this seed packet of zinnia

Image source: Gardener’s path

What is ‘bottom watering’? | What does ‘bottom watering’ mean?

Bottom watering is a technique where, instead of watering from above or on the soil (a.k.a. top watering), you let the water travel from the bottom instead, where it reaches the roots first. Of course, this method can only be done to plants or seedlings grown in a small- or medium-sized pot or container that has drainage holes at the bottom. If they are potted, but they’re too heavy for you to maneuver, then bottom watering is not something you can do.

Most gardeners prefer this method since it avoids root rot, which is more likely to happen when you water from above since the stem nearest the soil gets wet (a perfect place for molds to grow). Also, some types that like to be root bound (or overcrowded in a pot) will resist watering from the top, and the water will just run down the sides of your pot or accumulate for a while at the bottom (which may encourage molding).

How to water from the bottom

  • Make sure it fits – First, choose a water container that is large and sturdy enough to fit your pot or planter. Fill it up with water up to the point where your pot will only be halfway submerged—remember, the water should enter through the drainage holes, not from above.
  • Make sure your plant needs water – Overwatering is just as bad as underwatering. Make sure that you know by heart the watering schedule, or check the soil if it needs watering. One way to check is to dip a finger in the soil at the edge of the pot up to the second knuckle; if the soil feels dry, then it’s time to water. Alternatively, you can use moisture meters or hygrometers to keep your hands from getting dirty.

a soil moisture sensor meter or hygrometer

Image source: Gobetter on Amazon

  • Let it soak – Place your potted plant on the water reservoir and leave it there for a couple of minutes until you see the top portion of the soil getting damp or moist. Depending on the type and the type of soil in your pot, soaking can take 10 minutes up to an hour.
  • Remove excess water – It’s important to situate your pot at an elevated place where the excess water can be drained. Do not vigorously shake your pot—it can damage them. Just hang them somewhere to drain by itself for a few minutes until you no longer see any water dripping out of the drainage holes.

What are the stages of growth?

It needs change as it grows, just like how a human’s needs change. This is why it’s important to know the different stages; each stage requires a different amount or type of light, water, moisture, temperature, nutrients, and soil. Below, we’ll list the basic stages  of a typical flowering plant (e.g., tomato, marigold, sunflower, etc.).

 

Image source: Safer Brand

Seed germination – the first stage

Each one contains nutrients that it needs to germinate. However, germination will not start unless the proper environmental conditions are present. The key factors that affect germination are temperature, water, oxygen, and light.

Temperature and water – A dormant seed will start to germinate/sprout if it’s exposed to the right temperature and provided with water.

  • They have different optimal temperature ranges for germination to occur; once this temperature requirement is achieved and water is present, germination will start.
  • Imbibition takes place, the seed “drinking up” the water, and it expands as the nutrients in it become hydrated. It becomes activated, and its metabolic activities start up to produce energy, using the stored nutrients in it.
  • Then, the coat is shed, and the root (a.k.a. radical) emerges. This denotes that it is viable for growth.
  • Lastly, the remaining nutrients will be used up for the growth of the shoot, the first pair of leaves sprouting.
  • At this stage, it is already spent, giving rise to the seedling (young plant grown from seed).

Image source: St. Mary’s Nursery & Garden Centre

Oxygen – A seed is respiring as it germinates; thus, it needs oxygen just like us.

  • The soil that it is sowed in must allow proper aeration so that the gas exchange between the environment and the seed can happen seamlessly.
  • If the carbon dioxide being produced is trapped in the soil, and they cannot get enough oxygen from its surroundings, they will get damaged and will not continue its germination process.

Light – Unlike temperature and water, some do not require light in order to germinate and will sprout regardless of light exposure. However, there are some that strictly require light or strictly require darkness (inhibited by light) in order to germinate.

  • The soil that they’re sowed in must allow proper aeration so that the gas ex

Vegetative growth – the second stage

Nitrogen – It will focus on carrying out photosynthesis at this stage to develop its shoot (stems and leaves) system, which is why nitrogen is important. It is a key component for chlorophyll production, the green pigment that enables it to utilize the sun’s rays of light to manufacture food.

  • It will require a huge amount of nitrogen to produce chlorophyll at this stage to continuously produce food for shoot development.
  • The first pair of leaves will manufacture food, enabling the shoot and root systems to develop further. The leaves produced at this stage are now called “true leaves,” and it is no longer considered a seedling.
  • Vegetative growth will continue unless an environmental factor is changed, such as the amount of water, nutrients, temperature, air, or light.

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Reproduction – the third stage

Phosphorus and potassium – After prioritizing the vegetative growth (root and shoot system development), it will now focus on reproduction and will produce flowers, fruits, and seeds.

  • At this stage, phosphorus and potassium are now the nutrients that make up the bulk of the nutritional requirement.
  • This stage might be governed by the change of length of daylight, which is called photoperiodism. Some require longer hours of straight sunlight exposure to trigger their flower and fruit production.
  • Phosphorus is an “energy unit”, while potassium is involved in producing and transporting the “food” to various parts or cells, which is why these nutrients are important in flower and fruit production.

What is ‘thinning’? | What does it mean?

A crowded tray or garden bed will lead to poor development. This is because the crowded situation forces competion for the nutrients, moisture, light, etc., that are only available in limited quantities. Furthermore, their roots can also get damaged due to crowding. This issue can be solved by thinning. By removing others (weaker ones are singled out to be thinned if there are any), you’ll give the remaining ones plenty of room to grow, ensuring a healthy development.

Some prefer to transplant them to another container, but this may cause damage to their root system. Also, it’s is a more tedious process than thinning.

How to thin them

Remember to never pluck them out of the soil or scoop them out! You have to snip them using a cutting instrument like garden snips or scissors. Using your fingers or a dull blade may cause damage to the nearby ones.

  • Choose wisely – Be sure to single out weak ones to thin out. However, if all of them seem healthy, then just pick the smallest ones or the ones that aren’t properly lined or placed in the garden bed or starting tray. Avoid snipping off the healthiest ones.

overcrowded seedlings

Image source: raiseyourgarden.com

  • Get as close as possible – Cut the stem as close as possible to the soil but don’t dig in the soil, either. Leaving a few sets of leaves will not stop it from growing.

Image source: Gardener’s Supply Company

  • Examine your work – Make sure that you’ve thinned it properly. Check for a slightly overcrowded spot and thin again. If you seeded in a tray or pot, it will be best to leave only one seedling per cell or pellet. If you sowed directly outdoors, then check the packet to see the required or recommended spacing in between them.

properly spaced seedlings in a tray

Image source: SUNSET

What is a ‘transplant’? | What does it mean?

By definition, transplant, as a verb, is the act of replanting/repotting them to another place/pot. The one to be replanted can also be referred to as the “transplant.” Thus, as a noun, transplant can also be defined as one that has been or will be undergoing this process as well. They can be young or mature ones, depending on what stage it is at when it is done.

Before you can do it, it is important to harden it first. If it is not yet acclimatized to the new environmental conditions that you’ll be exposing it to, then it will not survive. To learn about how to harden them off, visit How to Plant Seeds and Grow Them into Plants.

Gardening tips for beginners

  • Start with an easy plant
    • If you’re not used to taking care of plants, you should start with something that is easy to grow. For example, you can start with Sansevieria or snake plants, which do not need frequent watering nor fertilizing, and can survive indoors even with only moderate to low light, however you don’t want them if you have cats or dogs at home. If you want something hardy that can survive on its own outdoors, you can opt for dwarf shrubs like hydrangea instead.

Image sources: Succulent City

  • Start with good soil (or none at all)
    • Use pasteurized/sterilized soil or starting/potting mix. Soil can contain pathogens, weed seeds, and other harmful organisms that can stop yours from germinating successfully. Sterilizing or pasteurizing soil will remove any soil-borne threat. Thus, using a pasteurized soil or growing medium will result in more seedlings.
    • Soilless potting mix is also a great choice to grow your plants in, especially if you’re growing them indoors. As mentioned, soil can be a vehicle for harmful organisms, which is why a lot of people are reluctant in bringing soil into their homes. A soilless growing medium or potting mix is a mixture of organic matter and inorganic materials like peat moss, sand, vermiculite, perlite, bark, and coconut coir.

Image source: Miracle Gro

  • Invest in gardening tools
    • High-quality tools may be more expensive, but these are more trustworthy and will last longer. Make sure to buy hardy tools, especially for cutting and digging tools. Surely, you’ve heard of some nasty and unfortunate gardening accidents where someone almost lost a limb (or two) due to some tool malfunctions.
    • Also, try to invest in some smart or advanced tools such as all-in-one soil meters that can monitor the sunlight, moisture, and pH. This will save you a lot of time and will make gardening easier. It’s a great investment since growth will literally depend on how suitable the soil or growing medium is for them.

Image source: fomei on Amazon

  • Fertilize (using the right kind) at the right time
    • As mentioned earlier, there are different stages, and their nutritional requirements change as they mature. Learning which nutrient they needs the most at a certain stage of development will save you effort and money. Some require only once a week or once a month of fertilization, so make sure to research their needs. Over (or wrong) fertilization can stunt its growth instead of boosting it and may eventually lead to the death of your plant.

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