There is no doubt that when landscaping one wants to save money, as well as have an attractive property. Not only can landscaping help you beautify your home, but it can also provide a source of satisfying exercise in the fresh air. When you take care of your yard on your own, it is possible to save money and to improve your physical conditioning. But if the landscape turns out to look bad, then that is so much time and money wasted. However, it is possible to ensure a better-looking landscape by following a few tips that can help you take better care of your yard.

Know your soil type. Some plants thrive in soil with more acidity, and others prefer a little more alkali. Additionally, sandy soil and clay soil, as well as the presence of a loamy soil, can make a difference in what types of plants will thrive in a landscape. You should have your soil evaluated in order to determine what types of vegetation should be planted on your property. When you purchase plants that will succeed in the soil conditions present in your yard, then you make a wiser money decision, and you end up with a more attractive landscape. If there are plants that you would like to use in your soil, but the soil is not quite ideal, it is possible to improve the soil to proper conditions. You need only add mulch or peat, or to add crushed limestone or clamshells, depending upon what you hope to accomplish. As long as there is not a great difference in what you have and what you hope to achieve, it is possible to make soil adjustments to be more accommodating.

Understand how much space each of the plants need. There are some plants that require more room for their root systems than others. If you choose one plant that tends to grow everywhere, and you do not have adequate space, you will find that your other plants may be crowded out or that they may choke and die. Also, make sure you understand the spacing requirements for between plants. Many shrubs and small trees need to be planted at least three to four feet apart to have enough room to grow.

Use native plants in your landscape design. One of the most effective things you can do to ensure a good-looking yard is to make use of native plants. Find out what plants grow best in your area, and what plants are indigenous to the region. This way you will already be ahead, in that you know that the plants you choose are adapted to the climate. You will not have to struggle against natural inclinations to keep your landscape looking beautiful. If you due use non-native plants, assure yourself that they come from a place that shares a climate similar to the one in which you live.

Everyone who gardens will sooner or later have to deal with common diseases of plants and flowers.  While some gardeners are luckier than others in this regard, everyone, from the smallest casual gardener to the largest commercial growing operation, has had to grapple with this serious issue.

Both flowering and non-flowering plants are prone to a number of pathogens, including bacteria, fungi and viruses.   Fungi are able to survive in the soil, independent of the plants, while both bacteria and viruses require a plant host for their survival.

Fungi
Fungi are among the most primitive of all organisms, and they are able to reproduce through the use of spores.  These spores can be extremely difficult to kill, and the spores are designed to spread rapidly. Fungi produce spores in large numbers, and some of the spores are able to enter plants through their roots, while other spores attach themselves to the leaves of the plant.  A single infected plant can release up to 100 million spores, so it is important to completely eradicate any fungal infection.

Bacteria
Unlike fungi, which can lie dormant for years or even decades in the soil, bacteria need both warmth and water to multiply and grow.  Therefore, the majority of bacterial diseases are more of a problem in climates that are both warm and wet.  Bacterial infections are easily spread through rain, splashing water, and even unknowingly by gardeners as they move between their plants.  Most bacteria enter plants through a natural opening like a flower, or through a wound or cut in a stem or leaf.

Viruses
Viruses are even smaller life forms than bacteria, and they are able to reproduce only from within the cells of the plant or animal they infect.  Certain viruses can be transmitted from plant to plant by insects such as aphids, thrips and leafhoppers, while still others can be carried by infected seeds or pollen spores.  Like bacteria, viruses often enter plants through cuts or wounds in the stems, leaves or other parts of the plant.

As with all other disease treatment, the first step to effectively treating a viral, bacterial or fungal infection in the garden is to diagnose it properly.  Every gardener should keep a book or guide on hand which shows the effects of common plant diseases.  This guide will prove invaluable when trying to figure out what is bothering your plants.  If you are still stumped for a diagnosis, be sure to seek the assistance of the staff at your local garden center, or the help of a more experienced gardener.

When treating bacterial, fungal and viral infections, the best approach is to try the most natural, least invasive methods first, and to move on only if those natural cures do not produce results.  It is always a good idea to keep the use of harsh chemical pesticides and fungicides to a minimum, both for the health of your garden and the health of the wider environment.

Bulbs are among the most popular of all flowering plants for the garden.  Bulbs have long been renowned for their beauty, their hardiness and their variety.  This article provides a small sampling of the many types of bulb plants available to the average gardener.

Muscari Armeniacum
The muscari, or grape hyacinth, is one of the most popular of all bulb varieties, and it has been for many years.  The grape hyacinth features narrow, grassy leaves that appear in the fall and can survive through the cold and snow of winter.  The leaves of the grape hyacinth are small, urn shaped and blue in color, and they grow on attractive eight inch tall spikes.  The flowers on the grape hyacinth bloom in the spring of the year, and these bulbs should be planted in the fall in order to bloom the spring.  The bulbs of the grape hyacinth should be planted two inches deep and three inches apart for best results.  The grape hyacinth prefers full sun or light shade, and it benefits from regular watering during its growth and bloom cycles.

Daffodil
The daffodil may be the most easily recognizable of all bulb plants, and it rewards its gardener with a generous display of beautiful blooms.  Besides the traditional white and yellow varieties, daffodils also come in shades of orange, apricot, pink and cream.  Daffodil bulbs should be planted twice as deep as they are tall, and they should be spaced between six and eight inches apart.  Daffodils benefit from full sun and regular watering during their growth and bloom periods.

Tulip
Tulips may just be the most well known and easily recognized of all bulb plants.  Indeed, in the minds of many tulips are synonymous with bulb plants.  The tulip has long been prized for its beauty, and tulips continue to be one of the most popular types of flowers among casual gardeners and professional growers alike.

In addition, tulips are among the most hybridized of all flowers, with hybrids available in a staggering array of shapes, sizes, colors and textures.  Some of the most popular tulip hybrids include pastels, spotted tulips, bicolor tulips and tricolor tulips.  There are also hybrids in the brightest hues, and even a variety that is almost black in color.  The tulip comes in a variety of shapes as well.  In addition to the classic egg shaped bloom, there are varieties with blossoms resembling the shapes of peonies and lilies.

The blooming season for most varieties of tulips runs from mid to late spring.  Most tulips need a period of extended cold in order to look and bloom their best.  Feeding with a high quality, nitrogen rich fertilizer will encourage multiple blooming.  The fertilizer should be applied before the first bloom for best results.

In mild climates, it is best to refrigerate tulip bulbs for six weeks before they are planted.  While it is possible for tulip bulbs to remain in the ground, most gardeners treat them as annuals and replant them each year.  Doing so is often the best way to get the best blooms year after year.

Tulips like full sun, and they benefit from a regular watering schedule during their growing and blooming periods.  It is best to plant tulip bulbs in the fall, and tulip bulbs should be planted three times as deep as the bulb is wide.  Therefore, a 2” wide bulb would be planted 6” deep.  It is important to leave sufficient space between the planted bulbs as well, from four to eight inches depending on the size of the bulb.

Bulbs are among the most interesting, most beautiful and easiest to grow of all flower varieties.  Tulip bulbs were once so prized in Holland that it led to one of the best known financial bubbles in history, and even today, tulips are a leading export from that part of the world.

Even though bulbs are not quite so highly prized today as they were in 17th century Holland, they are still loved for their scents, their colors and their shapes, and gardeners love the fact that most bulbs are hardy and easy to grow.

Many of the most popular varieties of flowers are actually grown from bulbs, including tulips, crocuses, daffodils, irises, lilies, daylilies, dahlias and snowdrops.

One thing all bulb based plants have in common is that they grow from structures located under the ground.  These underground structures provide the nutrients and energy the plants need to grow.

Even though bulb based plants are collectively known as “bulbs’, there are actually five distinct types of bulb plants – the true bulb, the corm, the tuber, the rhizome and the tuberous root.  This article will provide examples of each type.

The True Bulb
The true bulb is in reality an underground stem base containing an embryonic plant.  The embryonic plant contained within the steam base already contains the leaves, stems and flower buds, all ready to burst forth once optimal growing conditions are provided.  This setup allows the plant to lie dormant during adverse conditions, and thus to survive droughts and other environmental challenges.
The embryonic plant contained within the stem base is surrounded by scales (modified leaves that overlap in a manner reminiscent of reptile or fish scales).  At the bottom of the bulb is a basal plate; this basal plate holds the scales together and produces the roots of the plant. 
Examples of true bulbs are such popular flower varieties as daffodils, tulips and lilies.  True bulb varieties of plants are susceptible to dryness and must be handled carefully.  When properly cared for, however, individual bulbs can live for many years without being planted.
The Corm
A corm, like a true bulb, also contains a stem base, but the tissue of the base is solid, and it lacks the scales seen in true bulbs.  The roots grow from a basal plate which is located at the bottom of the corm, and the growth point is located at the top of the corm. 

Popular types of corms include gladiolas and crocus.  Each corm lasts for a single season, and as the corm shrinks away after blooming, a new corm forms on top of it.  In addition, small increases, called cormels, are produced around the base of the corm’s basal plate.

The Tuber
Like corm and true bulbs, a tuber is actually an underground stem base.  Unlike corms and a true bulbs, however, the tuber does not contain a basal plate.   Instead, the roots of the tuber grow from both the base and from the sides.  A tuber will have multiple growth points spread out over its top surface.

The Rhizome
The rhizome is actually a thickened stem that grows either partly or completely underneath the ground.  The largest growth point on a rhizome is located at one end, and additional growth points are located along the sides.  The most well known rhizome is the bearded iris.

Tuberous Roots
Unlike other types of bulbs, which are actually specially adapted stems, the tuberous root is not a true root.  Instead, fibrous roots designed to absorb nutrients and water grow from the sides and the tip of the tuberous root.  Most tuberous roots grow in a cluster, and swollen tuberous parts radiate out from a centralized point.  The growth points of a tuberous root are found on the bases of the old stems and not on the roots themselves.  Dahlias and daylilies are the best known examples of tuberous roots.

While many types of insects, birds and animals seen in the home are unwanted intruders, others play a vital role in pollinating plants and moving seeds from one place to another.  In fact, without these animal and insect helpers, most plants would be unable to reproduce.

Even though most gardeners understand how important this cycle of pollination and seed disbursal is, few fully understand why it occurs, or how it benefits both the plants and the animals. 

The rewards of pollination and seed disbursal to the plants are easy to determine – they get to spread their seeds far and wide, and start new plants in far off locations.  The rewards the insects, birds and mammals derive are many as well, and they include:
Nectar – nectar is actually a sugary solution, and therefore it is highly prized by all kinds of animals both for its good taste and for the ample energy it provides.  Getting at this nectar is what prompts most pollinating insects, birds and animals to do such a good job.  Nature has provided plants with various ways to attract pollinating insects, birds and animals.  Many types of flowers store their nectar in special glands called nectaries.  These nectar glands are most frequently found in flowers, but they are also sometimes contained in leaves or other parts of the plant as well.  Most plants are designed to protect their nectar stores from non-pollinating insects and animals, through the use of special storage locations that only pollinating insects can reach, for instance.  
The use of nectar and the plants, insects, birds and animals that depend on it is a fascinating study in co-evolution.  The sugar concentrations of many plant nectars have evolved to match the energy requirements of the types of animals, birds and insects that pollinate them.  For instance, bees require a 30-35% concentration of sugar in order to make the honey needed by their larvae in the winter.  Therefore, bees will not visit flowers whose nectar contains less than 30% sugar.  Therefore, the flowers and plants that depend on bees for pollination have evolved high concentrations of sugar in their nectar to attract these pollinators.
Pollen – Pollen is also used by flowers and plants to attract the insects, birds and animals they need.  Pollen is eaten by bees, and it is also used to make a substance called bee bread, which is a high protein combination of pollen and nectar.  This bee bread is used to feed the larvae, which require a high concentration of protein to grow and thrive.  Some plants, such as peonies, poppies and roses, use only pollen as a reward and produce no nectar at all.  Other types of plants produce two types of pollen – their normal pollen and a sterile pollen with is attractive to pollinating insects.  This evolutionary strategy ensures that the good tasting pollen will be eaten while the reproductive pollen will be spread to other areas by the insects, birds and animals that visit the plant.
Of course, this pollen and nectar does the plants no good if the birds, insects and animals cannot find it, and plants and flowers use their bright colors and strong scents to attract these animals and let them know that pollen, nectar, or both await them. 
Some pollinating species rely primarily on their sense of sight, and the bright flowers are used to attract their attention.  Other species, particularly nocturnal ones, rely primarily on smell.  It is the scent of the flowers that attracts these scent oriented pollinators.