Rose Fertilizer Boosters

Rose Fertilizer Boosters Soils are often deficient in the essential elements necessary for optimum rose plant growth. Rose fertilizers work by adding back into the soil these necessary nutrients. Any fertilizer will work to some degree. But roses will thrive best with an NPK fertilizer (nitrogen, phosphorus, potassium) ratio of about 1:2:1. This means more [...]

2019-10-25T10:29:25-04:00

Orchid Fertilizer Boosters

Orchid Fertilizer Boosters Orchid fertilizers are nutrients that help orchids make their own food from water, carbon dioxide and energy from the sun when natural soil has insufficient amounts of these nutrients available. Plant nutritionists have identified seventeen (17) elements essential to orchid growth, including macronutrients such as nitrogen, phosphorous and potassium and trace elements [...]

2019-10-25T10:33:59-04:00

Grass Fertilizer Boosters

Grass Fertilizer Boosters To prosper, grass requires basic nutrients (such as nitrogen, phosphates, and potash) as well as several micro-nutrients (such as iron, manganese, zinc, boron and sulfur). Repeated growth and reseeding of grass in the same soil depletes the soil of these natural elements. Fertilizers work by reintroducing depleted nutrients to the soil, thereby [...]

2019-10-25T10:43:13-04:00

Fruit Tree Fertilizer Boosters

Fruit Tree Fertilizer Boosters Fruit tree fertilizers work by replenishing nutrient-depleted soil with essential growth nutrients such as nitrogen, potassium and phosphorous. These first two elements are especially important in the tree’s formative years when the grower wants to assure a strong scaffold of branches to bear future years of harvests. Phosphorous is essential for [...]

2019-11-21T12:48:56-05:00

Crop Fertilizer Boosters

Crop Fertilizer Boosters There was a time when soil nutrients were naturally replenished by the death and decay of plant matter. With the increase of human population, there is insufficient time and organic material for soil to replenish itself. It has therefore become necessary to find creative ways to reintroduce these nutrients so man is [...]

2019-10-25T10:47:28-04:00

Berry Fertilizer Boosters

Berry Fertilizer Boosters As most growers know, there are a number of soil and condition requirements to be considered when attempting to grow berries. Some berries are more susceptible to climate, insect and disease and soil issues than others. In general, however, berry fertilizers work by reintroducing essential nutrients like nitrogen, phosphorus, potassium, calcium, and [...]

2019-10-25T10:50:19-04:00

Nitrogen Fertilizer Boosters

Nitrogen Fertilizer Boosters Nitrogen fertilizers work by reintroducing nitrogen to soils that have been depleted by farming activities. Why does this matter to the grower? Simple… Nitrogen is essential for the growth, development and seed production of plants. Plants use it to form structural, genetic and metabolic compounds based on amino acids. Nitrogen is also [...]

2019-10-25T11:06:10-04:00

Turf Fertilizer Boosters

How Do Turf Fertilizers Work? Turf growers know that it’s a challenge to grow turf that is resistant to heat, cold and insect damage. Repeated use of land for turf production highly depletes the soil of essential nutrients needed for healthy plant growth. Turf fertilizers work by reintroducing these nutrients to the soil, therefore providing [...]

2019-11-21T13:07:45-05:00

Lawn Fertilizer Boosters

How Do Lawn Fertilizers Work? You know that lawn fertilizers work but do you know why? Like all chemical fertilizers, lawn fertilizers work by reintroducing essential elements to the soil that have been depleted by repeated use for lawns. By returning the chemical elements necessary for plant growth, such as potassium, nitrogen potash and phosphates, [...]

2019-11-21T13:07:03-05:00

Hydroponic Fertilizer Boosters

How Do Hydroponic Fertilizers Work? Before we talk about how fertilizer boosters can improve the work of hydroponic fertilizers, let’s revisit how hydroponic fertilizers work. All growing plants need 17 essential elements in the proper amounts to develop and grow to their full genetic potential. Of these 17, there are 14 usually absorbed by the [...]

2019-11-21T13:01:56-05:00

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