WELCOME

CURRENT PROBLEMS IN FARMING:

1. Soil acidity - limits the availability of some essential plant nutrients

- increases the soil solution’s toxic elements, such as aluminum and manganese, the major cause of poor crop performance and failure in acidic soils.

- Below soil pH5.5

aluminum maybe concentrated enough to limit or stop root development. As a result, plants cannot absorb water and nutrients, are stunted, and exhibit nutrient deficiency symptoms.

Toxic levels of manganese interfere with normal growth process in the aerial plant parts, which stunts the plants, discolors it, and causes poor yields.

2. LOW YIELD

3. Heavy applications of chemical fertilizers alone, decline crops productivity (Food & Fertilizer Technology Center, 2001).

4. HIGH EXPENSE due to price increase on fertilizers and pesticides.

WHAT WE NEED?

WHAT WE NEED? 1. A product that can neutralize the soil acidity

- LIME :

Laborious and expensive

50 bags/has, P50.00/bag = P2,500.00

It will take 4 months upon application of lime before you

can use the soil.

** If only there is a product that can neutralize soil acidity

in one day, not expensive and not laborious.

2. A product that will decrease our expenses

3. A product that will increase our yield

4. A pesticide that is non-toxic/not harmful to our health.

IS THERE ANY SOLUTION?

MIRACLE SOIL CONDITIONER

AGRICULTURAL PRODUCT

DEPARTMENT OF AGRICULTURE

Report Shows Organic Farming Enhances Food Safety

        A recent report released by the Organic Center concludes that organic farming practices can lessen the risk of dangerous mycotoxin contamination in foods, especially grain-based products.

The Efficacy of MIRACLE SOIL CONDITIONER on the AGRONOMIC PERFORMANCE ON TOMATO

by: LORENA V. DUNAAccredited Researcher on Plant Nutrition /PNT 148

DA-NOMIARC, Dalwangan, Malaybalay City, Bukidnon

DEPARTMENT OF AGRICULTURENOTHERN MINDANAO ACCREDITED RESEARCH CENTER

Based on soil analysis, results showed no significant differences among treatments. The increase in crop yield on tomato was greatly influenced by the application of Miracle Soil Conditioner that enhanced the availability of other nutrients for plants use. However, application of Miracle Soil Conditioner was used in combination with recommended or minimal rate of inorganic fertilizer, to cater nutrient requirement of plants.

therefore, it is highly suggested that Miracle Soil Conditioner will be registered as New Soil Conditioner for solanaceous family, specifically for Tomato Crop.

BENEFITS:

• 50% DECREASE ON FERTILIZER USAGE• INCREASES YIELD UP TO 60-80%• INSECT REPELLANT• NON-TOXIC & BIODEGRADABLE• ENVIRONMENTALLY FRIENDLY• NEUTRALIZES SOIL ACIDITY• FOLIAR SOIL CONDITIONER• ENHANCES THE AVAILABILITY OF

NUTRIENTS FOR PLANT’S USE• HAS ESSENTIAL MICRONUTRIENTS

NEEDED FOR PLANT GROWTH AND PRODUCTION

MIRACLE SOIL CONDITIONER

MSC Natural Liquid Soil Conditioner is an important part of any soil fertility and plant nutrition program. 

MSC Natural Liquid Soil conditioner contains 12.4% (ph), to help neutralize acidic soil that aids in plant establishment and production of prolific blooms and high yields of top quality fruits.

MSC Natural Liquid Soil Conditioner is recommended for application 3 days before planting of vegetable and planting of bulbs and seeds.

It increases micro nutrients for plant needs and development which produces faster growing, healthier plants.

Application of MSC Natural Liquid Soil Conditioner to Tomato crops increases the size and quantity of fruits.

Application to bulbs increases the number and size of flowers, and the bulbs can be split more frequently.

Increased phosphorus availability during flowering and fruit development lengthens the flowering period and produces higher numbers of flowers and fruits.

The fast release of micro nutrient in MSC Natural Liquid Soil Conditioner makes it an excellent source for foliar feeding fruit trees, flowers, vegetables and crops that require extra phosphorus during early bud formation and fruit enlargement.

MSC Natural Liquid Soil Conditioner  is the key to early plant growth and development and super yields of high quality fruits, flowers, roots and field crops that need extra phosphorus and Calcium.

HOW TO USE MSC

MIX  1 Liter OF MSC TO 100 liters of waterGood for ½ hectare

Spray 3 days before Planting  ( spray directly to soil plots)

2nd application 30 days after planting  ( spray both leaves and soil for best result)

3rd application during booting stage  ( Recommended especially to vegetables crops)

FINALLY... A SOLUTION TO FARMER’S PROBLEM

INPUT EXPENSES W/O MSC W/MSC

SEEDS 2,000.00 2,000.00LAND PREP 3,500.00 3,500.00PULLING & TRANSPLANTING 5,000.00 5,000.00FERTILIZER 12,000.00 6,000.00PESTICIDES 5,000.00 -HARVESTING 8,000.00 12,000.00MSC(4LITERS) - 3,000.00 TOTAL 35,500.00 31,500.00

EXPECTED YIELD(SACKS) 100 SACKS 175 SACKSAVERAGE WT (KG) 50 KLS 50 KLSGROSS WT/HA 5,000 KLS 8,750 KLSPRICE/KG 15.00 15.00GROSS SALES 75,000.00 131,250.00LESS EXPENSES 35,500.00 31,500.00NET INCOME 39,500.00 99,750.00

ADDITIONAL INCOME: 60,250.00

IT’S LIKE PLANTING1 HECTARE OF EXPENSES

AND HARVESTING2 HECTARES OF YIELD

IN 1 PLANTING SEASON

INDEED, A MIRACLE

MICRO ELEMENTS:(GUARANTED ANALYSIS)

MAGNESIUM ZINC IRON BORON SELENIUM

CALCIUM

Calcium: A Central Regulator of Plant Growth and Development

Today no one questions the assertion that Ca2+ is a crucial regulator of growth and development in plants.

The myriad processes in which this ion participates is large and growing and involves nearly all aspects of plant development. (recent reviews in Harper et al., 2004

Several defects that can be associated with low levels of this ion, including:

poor root development leaf necrosis and curling blossom end rot bitter pit fruit cracking poor fruit storage water soaking (Simon, 1978

Magnesium is part of the chlorophyll in all green plants and essential for photosynthesis.

Magnesium is found in algal pigments (known as chlorophyll) and is used in the metabolism of plants, algae, fungi, and bacteria.

Magnesium is found in many enzymes in both plants and animals.

An enzyme is a catalyst in a living organism. It speeds up the rate at which certain changes.

Without magnesium it would die because it would not be able to photosynthesize.

So it would not have any food which is glucose as energy for growth and repair.

The magnesium is needed so that the chlorophyll in the chloroplasts can capture the sun's light energy and use it for photosynthesis.

Deficiency of the nutrient results in :

disease in the affected organism.

In single-celled organisms such as bacteria and yeast, low levels of magnesium manifests in greatly reduced growth rates.

In magnesium transport knockout strains of bacteria, healthy rates are maintained only with exposure to very high external concentrations of the ion.[14] [15]

In yeast, mitochondrial magnesium deficiency also leads to disease.[16]

Deficiency of the nutrient results in :

Plants deficient in magnesium show stress responses.

The first observable signs of both magnesium starvation and overexposure in plants is a decrease in the rate of photosynthesis. This is due to the central position of the Mg++ ion in the chlorophyll molecule.

The later effects of magnesium deficiency on plants are a significant reduction in growth and reproductive viability.[3]

Space-filling model of the chlorophyll a molecule, with the Magnesium ion (bright green) visible at the center of the porphyrin group

Figure 1: Magnesium in the whole plant

Zinc (Zn) is one mineral or micronutrient that plants need in very minute amounts.

This metal is naturally found in soil and water and is found throughout plant tissues, including leaves or fruits that humans and other animals consume.

Problems arise when plants are both deprived of zinc molecules.

The Role of Zinc in Plant Health

1. Zinc plays a central role in healthy plant metabolism and growth processes.

2. Zinc is not needed in as large amounts as nitrogen, potassium or phosphorus. Molecules are absorbed by the roots and are transported in the vascular tissues in plants, which are called phloem and xylem, especially in conjunction with movement of nitrogen molecules.

3. Zinc is needed for the creation of the plant growth hormone auxin and for creation of the green chlorophyll and cytochrome pigments.

4. It also has a role in formation of enzymes and carbohydrates, regulation of starches and proper root development.

5. Zinc also helps plants assimilate to cold temperatures across the growing season.

Zinc Deficiency

When soils are devoid of zinc molecules, physical changes manifest themselves on the plant.

Soils that are arid, calcareous or highly weathered but acidic often have deficient zinc contents for healthy plant growth.

Visual cues on plants lacking adequate zinc:

1. Young leaves may be yellowed or reduced in normal size (called "little leaf")

2. Narrower than normal leaves with wavy edges or abnormally expanding and puckered.

3. Another cue is what is called "rosetting"--space between new leaves is very small, and tiny leaves and shoots bunch up into a clustered tuft.

PANICLES ARE LONGER THAN USUAL

THE BENEFITS OF MSC

42 DAYS OLD CORN WITH MSC 60 DAYS OLD WITHOUT MSC

THE BENEFITS OF MSC

FARM OWNED BY MR. FRED YAO, OWNER OF ANN’S PHARMACY WAO, LANAO DEL SUR

105 DAYS-OLD CORN (KALILANGAN BUKIDNON)68% INCREASE IN YIELD

THE BENEFITS OF MSC

SUGARCANEwith MSC without MSC

7 MONTHS OLD SUGARCANEWITH MSC WITHOUT MSC

7 MONTHS OLD SUGARCANE (KALILANGAN BUKIDNON) WITH MSC WITHOUT MSC

LONGER AND VIGOROUS FLOWERS OF MANGO

Result of the efficacy test on MSC conducted in Adtuyon clay soil at NOMIARC, Dalwangan, Malaybalay

Variety: (Dwarf Tomato)Per hectare (highest yield) without MSC = 27.604 tons with MSC = 45.208 tons difference: 17.604 tons

highest number of fruits per plant: without MSC = 25.4 with MSC = 39.8 difference = 14.40______________________________________________

LICENSE NO. 285FPA CONTROL NO. 011112008MSC REG. NO. W284, CONTROL NO. 0563F

64.77%

THANK YOU…..

Q & A