In Soil Science, “Humus” refers to any organic matter that has reached a point of stability, where it will break down no further, and if conditions do not change might remain essentially as it is for ever.
Aguinaga Forest Floor Humus is a recycled, clean green composted soil amendment made from shredded tree trimmings which have been screened to 3/8 minus for uniformity in particle size. It has then been carefully monitored for oxygen and moisture content as it aged for several months, thereby attaining a carbon nitrogen equivalent which is usually less than 20:1
Mature humus provides fertility to the soil in both a chemical and physical sense. Physically, it helps the soil retain moisture by encouraging microporosity and encouraging good soil structure. Chemically, it feeds the soil population of microorganisms and other creatures thus maintaining a high level of soil life and making plant nutrients more available.
The structure of humus enables it to buffer or moderate excessive acid or alkaline soil conditions and it is able to hold somewhere around 80-90% of it’s weight in moisture thus increasing the soils capacity to withstand drought conditions.
Aguinaga Forest Floor Humus has a rich, dark brown/black color and a handful cupped to the nose gives the beautiful fresh scent of soil after a rain.
COMMON USES:
Aguinaga Forest Floor Humus is used is various Aguinaga proprietary mixes. It is an excellent soil conditioner and may be used as a pre-plant amendment for general planting.
Thursday, December 16, 2010
Thursday, December 2, 2010
General Purpose Soil Amendment - #3
Here are some specifications on our GPS3
Material composition consists of Aguinaga Green Humus, sand, and specifically selected organic materials.
Selected soils and volcanic aggregates complete the compliment of materials in this mix. Variations are available dependent upon project requirements, so specific analysis of site material is required to assure proper utilizations of available recipe.
GPS3 pH and E.C. (electric conductivity) are variable dependent upon final use of product – again pointing out the necessity of accurate site-material analysis.
Material is screened to the 3/8 minus particle size in order to achieve consistency and material uniformity.
GPS3 Material is a light weight grow-medium and has long term residual characteristics. It is characterized with improved to excellent drainage and aeration properties, and as well contains an excellent nutrient package similar to Aguinaga Green planter mix.
COMMON USES: This material is a special mix formulated for a multiplicity of applications in a wide range of products.
Color-point beds, general planting for acid loving plants such as Azalea, Camelia, and Rhododendrons are examples wherein the product substantially enhances plant growth.
Material composition consists of Aguinaga Green Humus, sand, and specifically selected organic materials.
Selected soils and volcanic aggregates complete the compliment of materials in this mix. Variations are available dependent upon project requirements, so specific analysis of site material is required to assure proper utilizations of available recipe.
GPS3 pH and E.C. (electric conductivity) are variable dependent upon final use of product – again pointing out the necessity of accurate site-material analysis.
Material is screened to the 3/8 minus particle size in order to achieve consistency and material uniformity.
GPS3 Material is a light weight grow-medium and has long term residual characteristics. It is characterized with improved to excellent drainage and aeration properties, and as well contains an excellent nutrient package similar to Aguinaga Green planter mix.
COMMON USES: This material is a special mix formulated for a multiplicity of applications in a wide range of products.
Color-point beds, general planting for acid loving plants such as Azalea, Camelia, and Rhododendrons are examples wherein the product substantially enhances plant growth.
Tuesday, November 9, 2010
Aguinaga's Overstructure Mix
The overstructure mix is formulated to nourish and grow nearly any sort of planting material where there lies a structural limitation regarding weight, and a light weight mix which provides soil nutrients and maximizes drainage is therefore necessary.
Material composition consists of an Aguinaga Green nutrient package carefully selected and blended for quality and performance in order to satisfy general N/P/K requirements. This blend is married to a combination of pumice, sand, and 0-1/4 fir bark. Pumice increases volume at a low weight, and sand assure drainage. Firbark assures adequate nutrient and moisture retention.
There are premium variations of overstructure mixes utilizing alternate materials, and dependent upon application. Each is pH balanced with an emphasis on E.C. (electrical conductivity – which is a measurement of salts as it would relate to plant and soil requirements).
Overstructure mixes are generally two stage, where the top layer consists of a composition growth medium of sand, pumice, organic material, and nutrients, and the lower player consists of a composition drainage medium. More recently a single layer has been incorporated which simplifies installation as well as insures growth medium throughout the profile. This encourages further root growth into the lower planter drainage area.
Please email us at info@aguinagagreen.com or call us at 1-877-OC-MULCH for ordering information.
Material composition consists of an Aguinaga Green nutrient package carefully selected and blended for quality and performance in order to satisfy general N/P/K requirements. This blend is married to a combination of pumice, sand, and 0-1/4 fir bark. Pumice increases volume at a low weight, and sand assure drainage. Firbark assures adequate nutrient and moisture retention.
There are premium variations of overstructure mixes utilizing alternate materials, and dependent upon application. Each is pH balanced with an emphasis on E.C. (electrical conductivity – which is a measurement of salts as it would relate to plant and soil requirements).
Overstructure mixes are generally two stage, where the top layer consists of a composition growth medium of sand, pumice, organic material, and nutrients, and the lower player consists of a composition drainage medium. More recently a single layer has been incorporated which simplifies installation as well as insures growth medium throughout the profile. This encourages further root growth into the lower planter drainage area.
Please email us at info@aguinagagreen.com or call us at 1-877-OC-MULCH for ordering information.
Tuesday, October 5, 2010
Planting a new lawn
A sometimes overlooked aspect of planting or maintaining a lawn lies in not taking into account the nature of the soil the lawn is to be planted in.
There are three basic types of soil; clay-laden - consisting mainly of very fine particles that retain water nd have a tendency to stick together or ball-up if you try to squeeze a handful, sandy soil - made of much more grainy particles and thaat have a greater difficulty holding moisture, as it tends to percolate right through this material, and loam - which is a combination of both sand and clay.
Once you have a sample of the soil in your planting area, it is wise to get a soil analysis which will tell you the pH (acidity or alkaline nature of the soil) and the amount of nitrogen, phosphorus and other organic material present - and - how far off the mark your soil is to an ideal composition and texture that will best promote growth.
Soil amendments are materials such as humus, peat moss, shaved bark, compost, lime, gypsum, and sulphur, and must be added only as necessary dependent on the specifics and/or deficiencies of a given soil. They can result in improved aeration, drainage and root penetration, and a healthy microbial environment that will promote the growth and well being of your lawn.
Contact Aguinaga for further information in planning your next lawn - or any other project requiring mulches or soil reparation.
There are three basic types of soil; clay-laden - consisting mainly of very fine particles that retain water nd have a tendency to stick together or ball-up if you try to squeeze a handful, sandy soil - made of much more grainy particles and thaat have a greater difficulty holding moisture, as it tends to percolate right through this material, and loam - which is a combination of both sand and clay.
Once you have a sample of the soil in your planting area, it is wise to get a soil analysis which will tell you the pH (acidity or alkaline nature of the soil) and the amount of nitrogen, phosphorus and other organic material present - and - how far off the mark your soil is to an ideal composition and texture that will best promote growth.
Soil amendments are materials such as humus, peat moss, shaved bark, compost, lime, gypsum, and sulphur, and must be added only as necessary dependent on the specifics and/or deficiencies of a given soil. They can result in improved aeration, drainage and root penetration, and a healthy microbial environment that will promote the growth and well being of your lawn.
Contact Aguinaga for further information in planning your next lawn - or any other project requiring mulches or soil reparation.
Wednesday, September 1, 2010
Planting a Vegetable Garden?
If you're planting a vegetable garden, make sure you pick up some of Aguinaga's Organic blend mix. You can pick it up or we can also deliver it. Call 1-877-OC-MULCH for ordering and for delivery prices.
Here's more about Aguinaga Green's Organic blend:
Aguinaga Green's Organic Blend is a fortified planting mix and can be used as general planting medium specifically for vegetable gardens. It contains a substantial level of organic matter and contains naturally available calcium, as well as balanced ingredients that are specially blended to complement plant growth.
Specifications:
BASE FEED STOCK: Base feed stock material consists of uncontaminated clean green shredded tree trimmings and plant material native to the area, by an STA approved facility. There is NO inclusion of grasses of any kind, curbside material, or miscellaneous foreign debris.
COMPOSTING: Material is initially ground to four-inch-minus and composted by the formation of windrows which are turned every three days at a minimum, for fifteen days. During this fifteen day period, moisture, aeration, and temperature will be monitored and recorded to assure that a minimum of 132F degrees is obtained throughout the process. The temperature detailed herein will assure that weeds which can germinate and raw material contained pathogens are destroyed, and a microbial–friendly environment is formed for the production of required plant-growth nutrients. Windrows do not become anaerobic.
MATERIAL PARTICLE SIZE: Material is subsequently screened to the specified 3/8 minus particle size in order to achieve consistency and material uniformity.
As in all Aguinaga products, Aguinaga Green STA composted Organic Blend contains no curbside green waste.
Here's more about Aguinaga Green's Organic blend:
Aguinaga Green's Organic Blend is a fortified planting mix and can be used as general planting medium specifically for vegetable gardens. It contains a substantial level of organic matter and contains naturally available calcium, as well as balanced ingredients that are specially blended to complement plant growth.
Specifications:
BASE FEED STOCK: Base feed stock material consists of uncontaminated clean green shredded tree trimmings and plant material native to the area, by an STA approved facility. There is NO inclusion of grasses of any kind, curbside material, or miscellaneous foreign debris.
COMPOSTING: Material is initially ground to four-inch-minus and composted by the formation of windrows which are turned every three days at a minimum, for fifteen days. During this fifteen day period, moisture, aeration, and temperature will be monitored and recorded to assure that a minimum of 132F degrees is obtained throughout the process. The temperature detailed herein will assure that weeds which can germinate and raw material contained pathogens are destroyed, and a microbial–friendly environment is formed for the production of required plant-growth nutrients. Windrows do not become anaerobic.
MATERIAL PARTICLE SIZE: Material is subsequently screened to the specified 3/8 minus particle size in order to achieve consistency and material uniformity.
As in all Aguinaga products, Aguinaga Green STA composted Organic Blend contains no curbside green waste.
Wednesday, August 25, 2010
Using compost with gypsum improves clay soils
Gypsum, otherwise known as calcium sulfate, can be used to amend clay-based soil and also to improve soils with high concentrations of sodium.
Amending clay-based soils with gypsum leads to healthier and more productive plant growth. Gypsum also improves soil structure and infiltration rates when there are high concentrations of sodium.
Aguinaga’s General Purpose Soil Amendment 1 (GPS 1) is one of Aguinaga’s special blends. It consists of general purpose mulch, recycled green matter, turf plus, and gypsum. The blending of these products has brought forth an excellent balanced planting soil amendment that has a multiplicity of uses throughout the garden area, regardless of soil texture. Sandy soil will begin to retain moisture and clay soil will have improved drainage and aeration.
The addition of turf plus improves the nutrient levels in the product and adds organic nitrogen for long term, slow-release microbial activity. The improved levels of soil bacteria greatly enhance root development and stimulate plant growth. GPS 1 particle size is 0 to 1/2 inch. It is nitrolized and stabilized and fully composted.
All of Aguinaga's products are STA Certified.
Amending clay-based soils with gypsum leads to healthier and more productive plant growth. Gypsum also improves soil structure and infiltration rates when there are high concentrations of sodium.
Aguinaga’s General Purpose Soil Amendment 1 (GPS 1) is one of Aguinaga’s special blends. It consists of general purpose mulch, recycled green matter, turf plus, and gypsum. The blending of these products has brought forth an excellent balanced planting soil amendment that has a multiplicity of uses throughout the garden area, regardless of soil texture. Sandy soil will begin to retain moisture and clay soil will have improved drainage and aeration.
The addition of turf plus improves the nutrient levels in the product and adds organic nitrogen for long term, slow-release microbial activity. The improved levels of soil bacteria greatly enhance root development and stimulate plant growth. GPS 1 particle size is 0 to 1/2 inch. It is nitrolized and stabilized and fully composted.
All of Aguinaga's products are STA Certified.
Tuesday, August 3, 2010
pH and Compost
What is pH?
pH Factor means potential Hydrogen and measures soil’s acidity or alkalinity. The scale runs from 0 to 14 where 7 represents a neutral soil. Numbers below 7 indicate the degree of acidity, and numbers above 7 indicate the degree of alkalinity. The pH scale is logarithmic and each jump is a ten fold increase. A soil with a pH of 4 is 10 times for acidic than one with a pH of 5 and 100 times more acidic than one with a pH of 6.
Composting and the pH Factor
The microorganisms in compost operate best under neutral to acidic conditions with the pH in the range of 5 to 8. In the beginning stages of decomposition, organic acids are formed. Conditions that are acidic are best for the growth fungi and breakdown of lignin and cellulose. As composting goes on, the organic acids become neutralized. “Mature” compost generally has a pH between 6 and 8.
If there is not enough oxygen (anaerobic), the acid accumulation can lower the pH to 4.5 and limit microbial activity – thus slowing down the composting process. Aeration is needed to return the compost pH to an acceptable range.
Compost and Plants
Most garden plants do best in a slightly acidic to neutral soil – around pH 6.5 to 7. Compost can modify and stabilize pH. When compost is added to the soil, it acts as a chemical buffer and increases the plants tolerance to pH. Adding compost to a slightly alkaline soil will make it more neutral.
pH, STA Certification, and Aguinaga
Each month, Aguinaga sends a sample of compost to the US Composting Council where the pH and other properties are tested. By passing these lab tests every month, the US Composting Council awards us with the Seal of Testing Assurance (STA Certified.)
pH Factor means potential Hydrogen and measures soil’s acidity or alkalinity. The scale runs from 0 to 14 where 7 represents a neutral soil. Numbers below 7 indicate the degree of acidity, and numbers above 7 indicate the degree of alkalinity. The pH scale is logarithmic and each jump is a ten fold increase. A soil with a pH of 4 is 10 times for acidic than one with a pH of 5 and 100 times more acidic than one with a pH of 6.
Composting and the pH Factor
The microorganisms in compost operate best under neutral to acidic conditions with the pH in the range of 5 to 8. In the beginning stages of decomposition, organic acids are formed. Conditions that are acidic are best for the growth fungi and breakdown of lignin and cellulose. As composting goes on, the organic acids become neutralized. “Mature” compost generally has a pH between 6 and 8.
If there is not enough oxygen (anaerobic), the acid accumulation can lower the pH to 4.5 and limit microbial activity – thus slowing down the composting process. Aeration is needed to return the compost pH to an acceptable range.
Compost and Plants
Most garden plants do best in a slightly acidic to neutral soil – around pH 6.5 to 7. Compost can modify and stabilize pH. When compost is added to the soil, it acts as a chemical buffer and increases the plants tolerance to pH. Adding compost to a slightly alkaline soil will make it more neutral.
pH, STA Certification, and Aguinaga
Each month, Aguinaga sends a sample of compost to the US Composting Council where the pH and other properties are tested. By passing these lab tests every month, the US Composting Council awards us with the Seal of Testing Assurance (STA Certified.)
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