Pepper – Snapper

52574-pk-p1Jun 6, 2016 = Day 0.  Plant started from seed (Park Seed Co.).  Seeds sowed in 1.5-inch rockwool cube in 2-inch net-pot.  Moistened with dilute fertilizer solution: 1.2 mL (1/4 tsp) Dyna-Gro Liquid Grow, 0.8 mL pH Down per gallon of tap water.  Nutrient concentrations (in ppm):  N 22, P 29, K 16, Ca 6, Mg 1.6, S 0.2, Fe 0.3, Mn 0.2, B 0.1, Zn 0.2, Cu 0.2, Mo 0.003, Ni 0.0003, Co 0.005.  pH = 6.0.

Jun 14 = Day 8.  Plant germinated, placed directly under a fluorescent light (2 ft. T8 bulb, 17W, 6500k) for 16 hours per day.

Jun 25 = Day 19.  Installed plant into 11 cup plastic container.   Hydroponic solution is composed of 11 cups (0.69 gal, 2.6 L) tap water, 1.38 g Masterblend 4-18-38, 10.4 mL 250x calcium nitrate, 10.4 mL 250x magnesium sulfate, 0.14 mL Dyna-Gro Pro-TeKt, 0.7 mL pH Down.  (This solution is equivalent to 0.69 gal water, 1.38 g Masterblend, 1.38 g calcium nitrate, 0.69 g magnesium sulfate).  Nutrient concentrations (in ppm):  N 103, P 95, K 202, Ca 100, Mg 29, S 34, Fe 2.1, Mn 1.1, B 1.1, Zn 0.3, Cu 0.3, Mo 0.05, Si 4.  pH = 6.0.

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Jun 26 = Day 20

Jul 2 = Day 26.  Starting to let this plant have a few hours of outdoor exposure, to toughen up the plant.

Jul 8 = Day 32.  Plant is now outside all of the time, receiving 4-5 hours sunlight per day.

Jul 17 = Day 41.  Plant installed in 32-gallon bucket.  Hydroponic solution composed of 32 gal (121 L) tap water, 64 g MasterBlend 4-18-38, 64 g calcium nitrate, 32 g magnesium sulfate, 6.4 mL Dyna-Gro Pro-TeKt, 35.2 mL pH Down.  Nutrient concentrations (in ppm):  N 103, P 95, K 202, Ca 100, Mg 29, S 34, Fe 2.1, Mn 1.1, B 1.1, Zn 0.3, Cu 0.3, Mo 0.05, Si 4.  pH = 6.0.

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Jul 17 = Day 41
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Aug 11 = Day 66
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Aug 11 = Day 66.  Snapper peppers are beginning to develop.

Aug 11 = Day 66.  Lower leaves are developing powdery mildew.  Spraying leaves with diluted horticultural oil (1 tbsp oil diluted into 1 quart water in a spray bottle).

Aug 13 = Day 68.  Some hornworms (very small) are found on the plant.  Entire plant is sprayed with a solution of BT, diluted in water (5 mL BT per liter).

Aug 25 = Day 80.  Lower leaves continue to show some signs of powdery mildew, so spraying as needed with diluted horticultural oil (1 tbsp oil diluted into 1 quart water in a spray bottle).

Sep 12 = Day 98.  Plant is battling some powdery mildew and is losing some lower leaves as a result.  This plant is still developing several peppers.

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Sep 12 = Day 98
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Sep 12 = Day 98.  Several large Snapper peppers are almost ready for harvest.
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Sep 13 = Day 99.  Harvested 1 pepper.

Sep 21 = Day 107.  This Snapper pepper plant is looking poor, lots of leaves are falling off due to powdery mildew.  Even though the peppers are not fully ripe yet (have not changed color), I chose to harvest all of the remaining peppers (6) at this time.  These Snapper peppers, combined with my Orange Bell and Lipstick peppers, will be used to make one large batch of Stuffed Peppers.

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Sep 21 = Day 107.  Harvested peppers:  6 Snapper (left), 8 Lipstick (middle), 6 Orange Bell (right)

Stuffed Peppers recipe:  Cut peppers in half, remove seeds.  Blanch in boiling water for 3 minutes, then set upside down on paper towels to drain.  To make the filling,  brown 1 lb ground beef, drain the fat, add sauteed onion and garlic.  Add herbs and spices, such as oregano, basil, salt, and black pepper.  Add 1 cup tomato sauce and 2 cups cooked white rice, mix it all together.  Load the filling into the pepper halves.  Cook at 375F for 15 minutes, then top with cheese and put back into oven until cheese melts.

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Stuffed Peppers

Sep 22 = Day 108.  Plant was discarded at this time.

Total fluid used = 13 gallons.  Final pH of fluid = 6.5.

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Pepper – Orange Bell

pepper-orange-bell-img_0238Jun 6, 2016 = Day 0.  Plant started from seed (Baker Creek).  Seeds sowed in 1.5-inch rockwool cube in 2-inch net-pot.  Moistened with dilute fertilizer solution: 1.2 mL (1/4 tsp) Dyna-Gro Liquid Grow, 0.8 mL pH Down per gallon of tap water.  Nutrient concentrations (in ppm):  N 22, P 29, K 16, Ca 6, Mg 1.6, S 0.2, Fe 0.3, Mn 0.2, B 0.1, Zn 0.2, Cu 0.2, Mo 0.003, Ni 0.0003, Co 0.005.  pH = 6.0.

Jun 13 = Day 7.  Plant germinated, placed directly under a fluorescent light (2 ft. T8 bulb, 17W, 6500k) for 16 hours per day.

Jun 25 = Day 19.  Installed plant into 11 cup plastic container.   Hydroponic solution is composed of 11 cups (0.69 gal, 2.6 L) tap water, 1.38 g Masterblend 4-18-38, 10.4 mL 250x calcium nitrate, 10.4 mL 250x magnesium sulfate, 0.14 mL Dyna-Gro Pro-TeKt, 0.7 mL pH Down.  (This solution is equivalent to 0.69 gal water, 1.38 g Masterblend, 1.38 g calcium nitrate, 0.69 g magnesium sulfate).  Nutrient concentrations (in ppm):  N 103, P 95, K 202, Ca 100, Mg 29, S 34, Fe 2.1, Mn 1.1, B 1.1, Zn 0.3, Cu 0.3, Mo 0.05, Si 4.  pH = 6.0.

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Jun 26 = Day 20

Jul 2 = Day 26.  Starting to let this plant have a few hours of outdoor exposure, to toughen up the plant.

Jul 8 = Day 32.  Plant is now outside all of the time, receiving 4-5 hours sunlight per day.

Jul 17 = Day 41.  Plant installed in 32-gallon bucket.  Hydroponic solution composed of 32 gal (121 L) tap water, 64 g MasterBlend 4-18-38, 64 g calcium nitrate, 32 g magnesium sulfate, 6.4 mL Dyna-Gro Pro-TeKt, 35.2 mL pH Down.  Nutrient concentrations (in ppm):  N 103, P 95, K 202, Ca 100, Mg 29, S 34, Fe 2.1, Mn 1.1, B 1.1, Zn 0.3, Cu 0.3, Mo 0.05, Si 4.  pH = 6.0.

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Jul 17 = Day 41
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Aug 11 = Day 66

Aug 11 = Day 66.  Plant is flowering, but some of the early blooms were falling off the plant due to lack of pollination.  I began using a cotton swab to pollinate the flowers by hand, and now the fruits are setting properly.  Also, the lower leaves are developing powdery mildew, so I am spraying leaves with diluted horticultural oil (1 tbsp oil diluted into 1 quart water in a spray bottle).

Aug 13 = Day 68.  Some hornworms (very small) are found on the plant.  Entire plant is sprayed with a solution of BT, diluted in water (5 mL BT per liter).

Aug 25 = Day 80.  Lower leaves continue to show some signs of powdery mildew, so spraying as needed with diluted horticultural oil (1 tbsp oil diluted into 1 quart water in a spray bottle).

Sep 12 = Day 98.  Plant is battling some powdery mildew and is losing some lower leaves as a result.  This plant is still developing several peppers.

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Sep 12 = Day 98
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Sep 12 = Day 98.  Orange Bell peppers are still developing.

Sep 21 = Day 107.  This Orange Bell pepper plant is looking poor, lots of leaves are falling off due to powdery mildew.  Even though the peppers are not fully ripe yet (have not changed color), I chose to harvest all of the remaining peppers (6) at this time.  These Orange Bell peppers, combined with my Snapper and Lipstick peppers, will be used to make one large batch of Stuffed Peppers.

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Sep 21 = Day 107.  Harvested peppers:  6 Snapper (left), 8 Lipstick (middle), 6 Orange Bell (right)

Stuffed Peppers recipe:  Cut peppers in half, remove seeds.  Blanch in boiling water for 3 minutes, then set upside down on paper towels to drain.  To make the filling,  brown 1 lb ground beef, drain the fat, add sauteed onion and garlic.  Add herbs and spices, such as oregano, basil, salt, and black pepper.  Add 1 cup tomato sauce and 2 cups cooked white rice, mix it all together.  Load the filling into the pepper halves.  Cook at 375F for 15 minutes, then top with cheese and put back into oven until cheese melts.

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Stuffed Peppers

Sep 22 = Day 108.  Plant was discarded at this time.

Total fluid used = 12.5 gallons.  Final pH of fluid = 6.5.

Pepper – Lipstick

lipstick-pepper-webJun 6, 2016 = Day 0.  Plant started from seed (Baker Creek).  Seeds sowed in 1.5-inch rockwool cube in 2-inch net-pot.  Moistened with dilute fertilizer solution: 1.2 mL (1/4 tsp) Dyna-Gro Liquid Grow, 0.8 mL pH Down per gallon of tap water.  Nutrient concentrations (in ppm):  N 22, P 29, K 16, Ca 6, Mg 1.6, S 0.2, Fe 0.3, Mn 0.2, B 0.1, Zn 0.2, Cu 0.2, Mo 0.003, Ni 0.0003, Co 0.005.  pH = 6.0.

Jun 15 = Day 0.  Started 3 new seeds, since the first 2 seeds did not germinate.  Based on the fact that I started with a packet of 35 seeds, and the first 2 seeds did not germinate, the maximum viability of the seeds is 27/35, or 77%.  Learn more about calculating seed viability on the Seed Storage page.

Jun 25 = Day 10.  1 seed has germinated, placed directly under a fluorescent light (2 ft. T8 bulb, 17W, 6500k) for 16 hours per day.

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Jul 5 = Day 20

Jul 13 = Day 28.  Starting to let this plant have a few hours of outdoor exposure, to toughen up the plant.

Jul 15 = Day 30.  Plant is now outside all of the time, receiving 4-5 hours sunlight per day.

Jul 17 = Day 32.  Installed plant into a 5-gallon bucket.  Hydroponic solution composed of 5 gal (18.9 L) tap water, 10 g Masterblend 4-18-38, 10 g calcium nitrate, 5 g magnesium sulfate, 1 mL Dyna-Gro Pro-TeKt, 5 mL pH Down.  Nutrient concentrations (in ppm):  N 103, P 95, K 202, Ca 100, Mg 29, S 34, Fe 2.1, Mn 1.1, B 1.1, Zn 0.3, Cu 0.3, Mo 0.05, Si 4.  pH = 6.0.

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Jul 17 = Day 32
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Aug 11 = Day 57

Aug 13 = Day 59.  Some hornworms (very small) are found on the plant.  Entire plant is sprayed with a solution of BT, diluted in water (5 mL BT per liter).

Aug 25 = Day 71.  Lower leaves showing some signs of powdery mildew, so spraying as needed with diluted horticultural oil (1 tbsp oil diluted into 1 quart water in a spray bottle).

Sep 4 = Day 81.  Container was getting light, so I added 1 gallon of fresh hydroponic fluid.

Sep 11 = Day 88.  Added 1.25 gallon of fresh hydroponic fluid.

Sep 12 = Day 89.  Plant is battling some powdery mildew and is losing some lower leaves as a result.  This plant is still developing several peppers.

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Sep 12 = Day 89
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Sep 12 = Day 89.  Lipstick peppers developing.

Sep 21 = Day 98.  This Lipstick pepper plant is looking poor, lots of leaves are falling off due to powdery mildew.  Even though the peppers are not fully ripe yet (have not changed color), I chose to harvest all of the remaining peppers (8) at this time.  These Lipstick peppers, combined with my Snapper and Orange Bell peppers, will be used to make one large batch of Stuffed Peppers.

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Sep 21 = Day 98.  Harvested peppers:  6 Snapper (left), 8 Lipstick (middle), 6 Orange Bell (right)

Stuffed Peppers recipe:  Cut peppers in half, remove seeds.  Blanch in boiling water for 3 minutes, then set upside down on paper towels to drain.  To make the filling,  brown 1 lb ground beef, drain the fat, add sauteed onion and garlic.  Add herbs and spices, such as oregano, basil, salt, and black pepper.  Add 1 cup tomato sauce and 2 cups cooked white rice, mix it all together.  Load the filling into the pepper halves.  Cook at 375F for 15 minutes, then top with cheese and put back into oven until cheese melts.

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Stuffed peppers.  The Lipstick peppers were a bit small, so some of the peppers were cut up and thrown into the filling, while the rest were stuffed (small baking dish on the left).

Sep 22 = Day 108.  Plant was discarded at this time.  Total fluid used = 5.25 gallons.

Pepper – Jimmy Nardello

jimmynardello2010_2080_detailThe days are getting longer, the temperatures are warming up, springtime is almost here. It is time to start getting some warm-season plants up and running, so I will be able to set them outside by around the end of March. I will start 2 types of peppers (Golden Marconi and Jimmy Nardello), as well as Diva cucumbers. My tomato seeds have been ordered, and those plants will also be started shortly.

Feb 13, 2016 = Day 0.  Plant started from seed (Bountiful Gardens).  Seeds sowed in 1.5-inch rockwool cube in 2-inch net-pot. Moistened with dilute fertilizer solution: 1.2 mL Dyna-Gro Liquid Grow and 0.8 mL pH Down per gallon of tap water.  Nutrient concentrations (in ppm):  N 22, P 29, K 16, Ca 6, Mg 1.6, S 0.2, Fe 0.3, Mn 0.2, B 0.1, Zn 0.2, Cu 0.2, Mo 0.003, Ni 0.0003, Co 0.005.  pH = 6.0.

Feb 20 = Day 7.  Plants germinated, placed directly under a fluorescent light (2 ft. T8 bulb, 17W, 6500k) for 16 hours per day.

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Feb 28 = Day 15

Mar 1 = Day 17.  Began placing plant in an open window for several hours per day, to get seedling ready for the transition to the outdoors.

Mar 6 = Day 22.  Transferred plant to a small plastic container.  Hydroponic solution composed of 2.75 cups (0.65 L) tap water, 1 mL Dyna-Gro Liquid Grow.  Nutrient concentrations (in ppm): N 111, P 143, K 79, Ca 32, Mg 8, S 0.8, Fe 1.6, Mn 0.8, B 0.3, Zn 0.8, Cu 0.8, Mo 0.01, Ni 0.002, Co 0.024.  pH = 6.0.  No pH adjustment required.

Mar 17 = Day 33.  Plant looks great, 5 inches tall.  Almost no root development at all though.  Switched to a different hydroponic solution:  2.75 cups (0.65 L) tap water, 2.6 mL 250x Masterblend 4-18-38, 2.6 mL 250x calcium nitrate, 2.6 mL 250x magnesium sulfate, 0.034 mL Dyna-Gro Pro-TeKt, 0.17 mL pH Down.  Nutrient concentrations (in ppm):  N 103, P 95, K 202, Ca 100, Mg 29, S 34, Fe 2.1, Mn 1.1, B 1.1, Zn 0.3, Cu 0.3, Mo 0.05, Si 4.  pH = 6.0.  Plant moved outside during the day, inside at night.

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Mar 17 = Day 33

Mar 27 = Day 43.  Installed plants into 5-gallon bucket.  Hydroponic solution composed of 5 gal (18.9 L) tap water, 75 mL 250x Masterblend 4-18-38, 75 mL 250x calcium nitrate, 75 mL 250x magnesium sulfate, 1 mL Dyna-Gro Pro-TeKt, 5 mL pH Down.  (This solution is equivalent to 5 gallons water, 10 g Masterblend, 10 g calcium nitrate, 5 g magnesium sulfate).  Nutrient concentrations (in ppm):  N 103, P 95, K 202, Ca 100, Mg 29, S 34, Fe 2.1, Mn 1.1, B 1.1, Zn 0.3, Cu 0.3, Mo 0.05, Si 4.  pH = 6.0.  Plant placed outside permanently.

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Mar 29 = Day 45
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Apr 19 = Day 66.  Plant is flowering.
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May 2 = Day 79.  Peppers are developing.
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May 26 = Day 103.  Jimmy Nardello (left), Golden Marconi (right)
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May 26 = Day 103.  9 peppers are currently developing, the largest one is 6-inches long.

May 28 = Day 105.  Installed a wire cage around the pepper plant to keep it standing upright.

Jun 5 = Day 113.  Added 1 gallon fresh hydroponic fluid.

Jun 16 = Day 124.  Added 1.5 gallon fresh hydroponic fluid.

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Jun 16 = Day 124.  Jimmy Nardello (left), Golden Marconi (right)
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Jun 16 = Day 124.  Lots of peppers developing.
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Jun 22 = Day 130.  Peppers starting to ripen.

Jun 26 = Day 134.  Harvested the first 2 ripe Jimmy Nardello peppers of the season.

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Jun 26 = Day 134.  Jimmy Nardello (top), Golden Marconi (bottom)

Jun 30 = Day 138.  Harvested 2 peppers.

Jul 1 = Day 139.  Added 2 gallons fresh hydroponic fluid.

Jul 5 = Day 143.  Harvested 2 small peppers.

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Jul 5 = Day 143.  Jimmy Nardello (left), Golden Marconi (right)

Jul 11 = Day 149.  Added 2 gallons fresh hydroponic fluid.

Jul 13 = Day 151.  Harvested 1 pepper.

Jul 15 = Day 153.  Plant is beginning to develop powdery mildew on many of the leaves.  Sprayed the leaves (top and bottom) with my homemade anti-fungal spray:  1 qt water, 1 tsp potassium bicarbonate, 1 tsp horticultural oil, 10 drops Dr. Bronner’s liquid soap.

Jul 16 = Day 154.  Harvested 6 peppers.

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Jul 16 = Day 154.  Jimmy Nardello (left), Golden Marconi (right)

Jul 19 = Day 157.  Harvested 10 peppers.

Jul 22 = Day 160.  Added 1.25 gallons fresh hydroponic fluid.

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Jul 24 = Day 162.  Harvested 2 small peppers today.

Jul 25 = Day 163.  Harvested 7 peppers.

Jul 27 = Day 165.  Harvested 1 pepper.

Jul 30 = Day 168.  Harvested 8 peppers.

Aug 2 = Day 171.  Added 1 gallon fresh hydroponic fluid.

Aug 6 = Day 175.  Harvested 6 peppers.

Aug 11 = Day 180.  Harvested 8 peppers.  No more peppers are developing, but the plant does have new leaves at the top and some new flowers.  Overall, most of the leaves on the plant are in poor shape though, so the plant was discarded at this time.  This plant did very well.  The peppers were not large, but they were abundant and they had a nice sweet flavor.

Final statistics:
Total Harvest: 55 Jimmy Nardello peppers.
Total fluid used: 10 gallons.

Pepper – Golden Marconi

pp127-golden-marconiThe days are getting longer, the temperatures are warming up, springtime is almost here.  It is time to start getting some warm-season plants up and running, so I will be able to set them outside by around the end of March.  I will start 2 types of peppers (Golden Marconi and Jimmy Nardello), as well as Diva cucumbers.  My tomato seeds have been ordered, and those plants will also be started shortly.

Feb 13, 2016 = Day 0.  Plant started from seed (Baker Creek).  Seeds sowed in 1.5-inch rockwool cube in 2-inch net-pot.  Moistened with dilute fertilizer solution: 1.2 mL Dyna-Gro Liquid Grow and 0.8 mL pH Down per gallon of tap water.  Nutrient concentrations (in ppm):  N 22, P 29, K 16, Ca 6, Mg 1.6, S 0.2, Fe 0.3, Mn 0.2, B 0.1, Zn 0.2, Cu 0.2, Mo 0.003, Ni 0.0003, Co 0.005.  pH = 6.0.

Feb 22 = Day 9.  Plants germinated, placed directly under a fluorescent light (2 ft. T8 bulb, 17W, 6500k) for 16 hours per day.

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Feb 28 = Day 15

Mar 1 = Day 17.  Began placing plant in an open window for several hours per day, to get seedling ready for the transition to the outdoors.

Mar 6 = Day 22.  Transferred plant to a small plastic container.  Hydroponic solution composed of 3 cups (0.71 L) tap water, 1.125 mL Dyna-Gro Liquid Grow.  Nutrient concentrations (in ppm): N 111, P 143, K 79, Ca 32, Mg 8, S 0.8, Fe 1.6, Mn 0.8, B 0.3, Zn 0.8, Cu 0.8, Mo 0.01, Ni 0.002, Co 0.024.  pH = 6.0.  No pH adjustment required.

Mar 17 = Day 33.  Plant looks great, 5 inches tall.  Almost no root development at all though.  Switched to a different hydroponic solution:  2.75 cups (0.65 L) tap water, 2.6 mL 250x Masterblend 4-18-38, 2.6 mL 250x calcium nitrate, 2.6 mL 250x magnesium sulfate, 0.034 mL Dyna-Gro Pro-TeKt, 0.17 mL pH Down.  Nutrient concentrations (in ppm):  N 103, P 95, K 202, Ca 100, Mg 29, S 34, Fe 2.1, Mn 1.1, B 1.1, Zn 0.3, Cu 0.3, Mo 0.05, Si 4.  pH = 6.0.

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Mar 17 = Day 33

Mar 27 = Day 43.  Installed plants into 5-gallon bucket.  Hydroponic solution composed of 5 gal (18.9 L) tap water, 75 mL 250x Masterblend 4-18-38, 75 mL 250x calcium nitrate, 75 mL 250x magnesium sulfate, 1 mL Dyna-Gro Pro-TeKt, 5 mL pH Down.  (This solution is equivalent to 5 gallons water, 10 g Masterblend, 10 g calcium nitrate, 5 g magnesium sulfate).  Nutrient concentrations (in ppm):  N 103, P 95, K 202, Ca 100, Mg 29, S 34, Fe 2.1, Mn 1.1, B 1.1, Zn 0.3, Cu 0.3, Mo 0.05, Si 4.  pH = 6.0.  Plant placed outside permanently.

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Mar 29 = Day 45
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Apr 19 = Day 66.  Plant is flowering.
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Apr 23 = Day 70.  First pepper is developing.
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May 2 = Day 79.  Peppers are developing.
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May 14 = Day 91.  Found this little guy near the top of the plant.  He doesn’t seem to be doing much damage, so “live and let live”.
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May 26 = Day 103.  Jimmy Nardello (left), Golden Marconi (right)
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May 26 = Day 103.  6 peppers are developing, the longest one is 8-inches long.

Jun 5 = Day 113.  Added 1 gallon fresh hydroponic fluid.  Installed a wire cage around the pepper plant to keep it standing upright.

Jun 16 = Day 124.  Added 2 gallons fresh hydroponic fluid.

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Jun 16 = Day 124.  Jimmy Nardello (left), Golden Marconi (right)
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Jun 16 = Day 124.  Lots of peppers developing.
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Jun 22 = Day 130.  Peppers starting to ripen.

Jun 26 = Day 134.  Harvested the first ripe Golden Marconi pepper of the season.

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Jun 26 = Day 134.  Jimmy Nardello (top), Golden Marconi (bottom)

Jun 30 = Day 138.  Harvested 1 pepper.

Jul 1 = Day 139.  Added 2 gallons fresh hydroponic fluid.

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Jul 5 = Day 143.  Jimmy Nardello (left), Golden Marconi (right)

Jul 11 = Day 149.  Added 2 gallons fresh hydroponic fluid.

Jul 15 = Day 153.  Plant is beginning to develop powdery mildew on many of the leaves.  Sprayed the leaves (top and bottom) with my homemade anti-fungal spray:  1 qt water, 1 tsp potassium bicarbonate, 1 tsp horticultural oil, 10 drops Dr. Bronner’s liquid soap.

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Jul 16 = Day 154.  Jimmy Nardello (left), Golden Marconi (right)

Jul 22 = Day 160.  Added 1 gallon fresh hydroponic fluid.

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Jul 24 = Day 162.  Many peppers now ripening.  Harvested 2 peppers today.

Jul 25 = Day 163.  Harvested 6 peppers.

Jul 27 = Day 165.  Harvested 2 peppers.

Jul 30 = Day 168.  Harvested 3 peppers.

Aug 2 = Day 171.  Harvested 4 peppers.  There are no more peppers developing, and the leaves are in bad shape, so this is the end for this plant.

Growing this Golden Marconi plant was well worth the effort.  The peppers were delicious, with a bit of sweetness, and they had thick, juicy walls and thin skins.  I will definitely grow this one again in the future, but I will probably use a bigger container than the 5-gallon bucket I used here.  As the summer got warm, I had to add fluid every week or 2.  This plant would do great in a 20- or 32-gallon bucket.

Final statistics:
Total Harvest: 19 Golden Marconi peppers.
Total fluid used: 12 gallons.

Tomatoes, Peppers, Mint – GUEST POST

In this post, I will be sharing some photos from Matt G., a gardener who has had great success growing hydroponically using a variety of methods.  His photos are very instructional for anyone looking to get started with growing.

In this first set of photos, a tomato plant is shown growing inside an office, using an 18-gallon plastic tote.  The tomato variety is Patio Princess from Burpee, which is a great variety for growing inside since the plants stay small (about 2 feet tall).  Imagine how great it would be to impress your co-workers with freshly grown tomatoes all year long!  To see a timeline of the tomato plants’ growth, click here.

2015-03-30 17.27.582015-05-20 17.40.462015-03-30 12.42.23 HDR-2

 

The next set of photos shows a connected bucket system in a greenhouse.  This system may seem complicated, but it is very simple.  There is a large outdoor reservoir, connected to a smaller ‘control bucket’ which contains a float valve, just like in a toilet tank.  When the fluid level in the control bucket gets low, the float valve opens and fluid flows in from the reservoir.  Using plastic tubing, the control bucket is connected to a series of other ‘grow buckets’ inside the greenhouse.  Since the buckets are connected, the fluid level in the grow buckets is then always kept at the same level as the control bucket.  The beauty of this system is that it requires no electricity, and it is much more convenient than having to monitor the fluid levels in each of the grow buckets individually.  Peppers and tomatoes are shown successfully growing in this system:

Kratky Connected Buckets ReservoirsKratky Bucket Reservoir and FloatKratky Connected BucketsKratky Bucket Tomatoes

 

Here are a few examples of simple, self-contained Kratky hydroponics.  A Ghost pepper plant grown in a large plastic trash container:

Kratky Ghost PepperKratky Ghost Pepper Roots

 

Peppermint plant grown in a large plastic trash container:

Kratky PeppermintKratky Peppermint Roots

 

Lettuce grown in a plastic tote:

Kratky LettuceKratky Lettuce Roots

 

In the final set of photos, we can see the effects of adding an air pump to the system.  Using an air pump means getting away from the ultra-simple Kratky method, and approaching the more complex Deep Water Culture (DWC) system.  Although electricity is now required, oxygenating the water with an air pump does seem to result in plants that are more productive.  This is in agreement with what Bobby Smith (mhpgardener on YouTube) has described in this video.  These Garden Salsa pepper plants are grown in 5-gallon buckets, with aeration (left) or without aeration (right):

DWC Garden Salsa Hot PepperKratky Bucket Garden Salsa Peppers

Thanks to Matt G. for supplying these excellent photos of hydroponics in action!

Pepper – Lipstick

lipstick-pepper-webLipstick is a 4-inch long, red tapered variety of pepper.

Apr 14, 2015 = Day 0.  Plant started from seed (Baker Creek).  Moistened with dilute fertilizer:  Dyna-Gro Liquid Grow, diluted 1 mL (1/5 tsp) per gallon of tap water.  Nutrient concentrations (in ppm):  N 18, P 24, K 13, Ca 5, Mg 1, S 0.13, Fe 0.26, Mn 0.13, B 0.05, Zn 0.13, Cu 0.13, Mo 0.002, Ni 0.0003, Co 0.004.  pH = 7.0.

Apr 25, 2015 = Day 11.  Seeds germinated.  Transferred to grow room, receiving 14 hours LED grow-light per day.

May 6, 2015 = Day 22.  Plant installed in 5-gallon bucket.  Hydroponic solution composed of 5 gal tap water, 10 g MasterBlend 4-18-38, 10 g calcium nitrate, 5 g magnesium sulfate, 1 mL Dyna-Gro Pro-TeKt, 4 mL pH Down.  Nutrient concentrations (in ppm):  N 103, P 95, K 202, Ca 100, Mg 29, S 34, Fe 2.1, Mn 1.1, B 1.1, Zn 0.3, Cu 0.3, Mo 0.05, Si 4.  pH = 6.5.

Jun 15, 2015 = Day 62.  Plant is beginning to flower.

pepper-lipstick
Jun 26, 2015 = Day 73

This plant was growing in a small closet, using an overhead LED grow light and a fan for air flow.  The foliage on this plant was beautiful, and many flowers had developed, but I could never get the plant to set fruit.  My theory was that the humidity in the room was too high to allow fruit setting.  I left the closet door cracked open, but this room was still warm and humid much of the time.   I even tried hand pollinating using a cotton swab, but still was unsuccessful.  Plant was discarded at the end of July.  I hope to try this one again sometime.