Pepper plants are a delightful addition to any garden, offering a vibrant burst of color and spice to your culinary creations. However, even experienced gardeners can encounter challenges when growing pepper plants. In this blog, we'll explore some common issues you might face and provide practical solutions to help your pepper plants thrive. 1. Slow or Stunted Growth Issue: Slow or stunted growth in pepper plants can be discouraging, but there are specific steps you can take to address this issue effectively. Solution: a. Soil Health: - Well-Draining Soil: Ensure your pepper plants are in well-draining soil to prevent waterlogged roots, which can inhibit growth. - Organic Matter: Incorporate plenty of organic matter, such as compost or well-rotted manure, into the soil to improve its texture and nutrient content. - pH Level: Test the soil pH and adjust it to the ideal range between 6.0 and 6.8 using lime or sulfur as needed. b. Fertilization: - Balanced Fertilizer: Use a balanced, slow-release fertilizer designed for vegetables to provide essential nutrients steadily throughout the growing season. - Compost: Amend the soil with compost to enhance nutrient availability and soil structure. This can promote healthier growth. c. Watering: - Consistent Moisture: Maintain consistent soil moisture levels by watering your pepper plants regularly but avoid waterlogging. Aim for 1-2 inches of water per week, adjusting based on your local climate and weather conditions. - Mulching: Apply mulch around the base of the plants to retain soil moisture and regulate temperature. 2. Yellowing Leaves Issue: Yellowing leaves can be a sign of various underlying problems, but addressing them promptly can restore the vibrancy of your pepper plants. Solution: a. Nutrient Deficiencies: - Balanced Fertilization: Use a well-balanced fertilizer that includes micronutrients to address nutrient deficiencies. - Specific Nutrients: If you suspect a particular deficiency, such as magnesium, iron, or nitrogen, apply the appropriate nutrient supplement following package instructions. b. Pest and Disease Control: - Pest Inspection: Regularly inspect the leaves and stems for common pests like aphids and mites. Remove affected leaves and treat with organic pesticides if necessary. - Disease Management: Look out for signs of diseases like bacterial leaf spot or fungal issues. Apply organic fungicides or bactericides as recommended. 3. Blossom Drop Issue: When pepper plants drop their blossoms prematurely, it can hinder fruit development and lead to disappointment. Solution: a. Temperature Control: - Stable Temperatures: Ensure your pepper plants are exposed to consistent temperatures between 70°F and 80°F (21°C to 27°C) during flowering. Avoid sudden temperature fluctuations by providing shelter or using row covers. b. Pollination: - Assist with Pollination: If growing peppers indoors or in a greenhouse, help with pollination by gently shaking the plants or using a small brush to transfer pollen between flowers. Outdoor pepper plants are usually pollinated by insects. 4. Wilting Plants Issue: Wilting or drooping pepper plants can be a sign of various problems, but proper care can revive them. Solution: a. Watering: - Consistent Moisture: Adjust your watering routine to keep the soil consistently moist but not waterlogged. Water early in the day to prevent fungal issues. - Drainage: Ensure proper soil drainage by amending the soil or using raised beds to prevent waterlogged roots. b. Pest Control: - Pest Inspection: Examine the undersides of leaves for signs of pests like aphids, spider mites, or whiteflies. Treat infestations promptly with biological insecticides. 5. Curling Leaves Issue: Curling or misshapen leaves indicate stress in pepper plants, which can be caused by various factors. Solution: a. Environmental Stress: - Stable Conditions: Ensure your pepper plants are in an environment with stable humidity, temperature, and adequate air circulation. Avoid sudden changes in conditions. - Proper Ventilation: Adequate air circulation can reduce humidity and prevent fungal issues. b. Pest and Disease Management: - Pest Inspection: Regularly inspect your plants for pests and diseases, addressing them promptly with organic remedies as needed. 6. Sunscald Issue: Sunscald can lead to discolored, leathery patches on pepper fruits when exposed to intense sunlight. Solution: a. Shade Cloth: - Sun Protection: Shield your pepper plants from harsh sunlight during the hottest part of the day using shade cloth or by planting them where they receive some filtered sunlight. b. Pruning: - Fruit Shading: Prune excess foliage to allow better fruit shading, reducing the risk of sunscald. Ensure that there's a balance between foliage and fruit. 7. Pepper Plant Pests and Diseases Issue: Aphids, mites, whiteflies, and various diseases can affect pepper plants, but you can manage them effectively. Solution: a. Regular Inspection: - Vigilant Monitoring: Regularly inspect your pepper plants for signs of pests or diseases, paying close attention to the undersides of leaves and stems. b. Organic Remedies: - Pest Control: Use organic remedies like neem oil, insecticidal soap, or diatomaceous earth for pest control. - Disease Management: Apply organic fungicides or bactericides as recommended to manage diseases like powdery mildew or bacterial spot. While growing pepper plants can present various challenges, these common issues are manageable with the right knowledge and care. Regular monitoring, proper soil preparation, and timely intervention can help you enjoy a bountiful harvest of vibrant, spicy peppers. Remember that gardening is a learning experience, and each challenge you face is an opportunity to improve your skills and enjoy the rewards of homegrown peppers in your favorite dishes.

Photo by Casey Woods
Mid-sized urban attached garden shed photo in Austin

Spinach is easy to grow in shallow pots or window boxes, and you can harvest leaves as needed for sandwiches, salads, and soups. Photo by Steve Masley

Mahonia aquifolium / Oregon grape Photo: Nacho, via Flickr, licensed under Creative Commons Attribution-2.0 Generic. Modified from the original by Debbie Ballentine.

This is an example of a traditional landscaping in Grand Rapids.

Jalapeño grown organically in a 7-gallon Smart Pot. This plant produced 69 jalapeños! Photo by Steve Masley
Example of an eclectic home design design in San Francisco

Design ideas for a landscaping in Minneapolis.

Photo by Jay Sifford

Our motto: If you're not moving plants, you're not loving them! This is our home garden and a constant experiment of edible plants, plant combinations, growing conditions, habitat sources, and general ways to immerse our family in nature and have fun doing it.

Photos by Debby Evans. This property slopes from the street to a seasonal creek in the back yard. Navigating the various spaces was troublesome so we created various, natural - as well as concrete steps, crushed granite pathways, stone steps, and flagstone - travel options throughout the landscape. Updated irrigation, efficient drainage, as well as dry creek beds to catch rain water that previously had simply gone directly at the residence were added. Many diseased, dangerous (hanging over the residence) oaks were assessed by several arborists. Sadly, more than 100 (mostly scrub oaks) required removal. This changed the natural lighting to the garden, how the sun impacted the residence, and offered opportunities to plant drought tolerant trees and shrubs of both visual interest, and fitting the space. Client had quite a few Japanese Maples that had originally been volunteers from a very large maple at another residence. All have been used and are doing beautifully. Olive trees and Little Ollie shrubs were used along with Carpet Roses, Lorapetalum, several varieties of Grevellia, Crape Myrtle Natchez and Red Rocket trees and shrubs, Maiden Hair grass, Blue Fescue, Redwoods, a specimen Limelight Hydrangea, Cistus, native Redbud, Vinca, Tree Hibiscus, Tree Roses, Birch, Dogwood, Penstemon, Pittosporum, Heavenly Bamboo, Miniature Roses, Succulents, Euphorbia, Bloodgood Maple, Redtwig Maple, Podocarpus and Oleander (screening), various groundcovers, evergreen shrubs and more were selected for their ease of care, color, seasonal color, and dynamic - but not busy - plant palette. The dated deck was redone with a relocation of the stairs to go directly to the pool. with a little effort, we saved the client hundreds of dollars on lighting by shopping for knock offs of higher priced lighting. A partial retractable awning, now provides an area of shade that was previously a non-issue over the deck with the oaks. The seasonal creek was completely cleaned out, made to be deeper and wider in anticipation of the heaving 2016 rains, with large native boulders from the property. Pistache trees were strategically planted for fall color. With one neighbor, on the West side of the property, vines were planted along their chain link fence for privacy for a private garden off the master bedroom. Wood fencing provides the majority of necessary enclosures.

This California native plant front yard is Certified Ocean Friendly, Certified Wildlife Habitat, has been featured on the Mar Vista Green Garden Showcase. Salvia spathacea, or hummingbird sage lines either side of the path. There is also Salvia leucantha (purple), a small Persimmon tree and large Sycamore tree in this photo. Grape vine on porch has not leafed out yet. Rain chain instead of down spout is decorative and functional. This installation was partially funded by a turf removal rebate. --Jacky Surber

Robert Trent Jones Golf Club installs AirField Systems AirDrain. The AirField Systems AirDrain for Golf Greens installed at Robert Trent Jones, home of The President’s Cup, continues to perform since 2004. Stronger roots, healthier turf, superior drainage and the ability to make it’s own nearly perfect perched water table without organics make AirDrain Golf Greens by AirField the choice of the most discriminating golf course architects, designers, owners and superintendents – and the savings in time, installation and maintenance make it the choice for everyone. View AirDrain Golf Greens in action after years of use at one of the most prestigious courses on the east coast. Thru a research project conducted at Texas A&M, it was concluded that you can reduce your irrigation needs using AirField Systems AirDrain. The five year research project was jointly funded by the United States Golf Association and AirField Systems and was a collaborative effort between Texas A&M, AirField Systems and the United States Golf Association. The data from the research showed that the AirField Systems drainage profile provided between one to three more days of plant available water than a United States Golf Association recommended gravel and sand profile. In addition, AirDrain by AirField Systems can significantly save on installation time because much less excavation is required compared to the traditional gravel drainage layers that have a much deeper profile. AirDrain arrives on site in 53” trailers, palletized and ready for install. Unlike gravel drainage, with AirDrain there is no need for heavy dump trucks that can compact your golf course. Benefits of an AirField System Design for Golf Greens include: 1 to 3 more days of plant available water stored in the root zone (depending on climate) Significantly reduces daily irrigation needs (as told to us by our customers) Healthier turf / Stronger root system (as told to us by our customers) 100% Vertical Drainage under the entire playing surface AirDrain is a 100% recycled copolymer with the impact modifier “metallocene” qualifying it as a “No Break” plastic Helps eliminate standing water / Simplifies maintenance (as told to us by our customers) Minimal site disturbance / Far less excavation and disposal Several Installation days are saved over a gravel installation Compact shipping that reduces overall storage and transportation costs An AirDrain System sand profile creates its own perched water table without peat moss or clay AirDrain’s sand profile and minimal organics puts it at very little risk for issues of mold or disease http://www.rtjgc.com/Club/Scripts/Home/home.asp

Robert Trent Jones Golf Club installs AirField Systems AirDrain. The AirField Systems AirDrain for Golf Greens installed at Robert Trent Jones, home of The President’s Cup, continues to perform since 2004. Stronger roots, healthier turf, superior drainage and the ability to make it’s own nearly perfect perched water table without organics make AirDrain Golf Greens by AirField the choice of the most discriminating golf course architects, designers, owners and superintendents – and the savings in time, installation and maintenance make it the choice for everyone. View AirDrain Golf Greens in action after years of use at one of the most prestigious courses on the east coast. Thru a research project conducted at Texas A&M, it was concluded that you can reduce your irrigation needs using AirField Systems AirDrain. The five year research project was jointly funded by the United States Golf Association and AirField Systems and was a collaborative effort between Texas A&M, AirField Systems and the United States Golf Association. The data from the research showed that the AirField Systems drainage profile provided between one to three more days of plant available water than a United States Golf Association recommended gravel and sand profile. In addition, AirDrain by AirField Systems can significantly save on installation time because much less excavation is required compared to the traditional gravel drainage layers that have a much deeper profile. AirDrain arrives on site in 53” trailers, palletized and ready for install. Unlike gravel drainage, with AirDrain there is no need for heavy dump trucks that can compact your golf course. Benefits of an AirField System Design for Golf Greens include: 1 to 3 more days of plant available water stored in the root zone (depending on climate) Significantly reduces daily irrigation needs (as told to us by our customers) Healthier turf / Stronger root system (as told to us by our customers) 100% Vertical Drainage under the entire playing surface AirDrain is a 100% recycled copolymer with the impact modifier “metallocene” qualifying it as a “No Break” plastic Helps eliminate standing water / Simplifies maintenance (as told to us by our customers) Minimal site disturbance / Far less excavation and disposal Several Installation days are saved over a gravel installation Compact shipping that reduces overall storage and transportation costs An AirDrain System sand profile creates its own perched water table without peat moss or clay AirDrain’s sand profile and minimal organics puts it at very little risk for issues of mold or disease http://www.rtjgc.com/Club/Scripts/Home/home.asp

The rear of this Central Street Neighborhood yard floods regularly during heavy rains. Rather than fight mother nature, Prassas Landscape Studio created a rain garden to store excess stormwater until it can percolate into the soil. The rain garden is also fed by the roof’s runoff and basement’s sump pump through a contemporary steel runnel. Stone steppers penetrate a curved wall to lead to the back firepit seating area. The upper terrace stairs were modernized and the lower terrace was reconfigured. Darris Lee Harris Photography

Erin Lau
Design ideas for a traditional landscaping in Seattle.

1,000' front lawn converted to meadow beds in suburban development.
This is an example of a drought-tolerant and full sun front yard landscaping in Other for winter.

Photo: © Jude Parkinson-Morgan
Photo of a mediterranean drought-tolerant and full sun backyard stone landscaping in San Francisco.

Robert Trent Jones Golf Club installs AirField Systems AirDrain. The AirField Systems AirDrain for Golf Greens installed at Robert Trent Jones, home of The President’s Cup, continues to perform since 2004. Stronger roots, healthier turf, superior drainage and the ability to make it’s own nearly perfect perched water table without organics make AirDrain Golf Greens by AirField the choice of the most discriminating golf course architects, designers, owners and superintendents – and the savings in time, installation and maintenance make it the choice for everyone. View AirDrain Golf Greens in action after years of use at one of the most prestigious courses on the east coast. Thru a research project conducted at Texas A&M, it was concluded that you can reduce your irrigation needs using AirField Systems AirDrain. The five year research project was jointly funded by the United States Golf Association and AirField Systems and was a collaborative effort between Texas A&M, AirField Systems and the United States Golf Association. The data from the research showed that the AirField Systems drainage profile provided between one to three more days of plant available water than a United States Golf Association recommended gravel and sand profile. In addition, AirDrain by AirField Systems can significantly save on installation time because much less excavation is required compared to the traditional gravel drainage layers that have a much deeper profile. AirDrain arrives on site in 53” trailers, palletized and ready for install. Unlike gravel drainage, with AirDrain there is no need for heavy dump trucks that can compact your golf course. Benefits of an AirField System Design for Golf Greens include: 1 to 3 more days of plant available water stored in the root zone (depending on climate) Significantly reduces daily irrigation needs (as told to us by our customers) Healthier turf / Stronger root system (as told to us by our customers) 100% Vertical Drainage under the entire playing surface AirDrain is a 100% recycled copolymer with the impact modifier “metallocene” qualifying it as a “No Break” plastic Helps eliminate standing water / Simplifies maintenance (as told to us by our customers) Minimal site disturbance / Far less excavation and disposal Several Installation days are saved over a gravel installation Compact shipping that reduces overall storage and transportation costs An AirDrain System sand profile creates its own perched water table without peat moss or clay AirDrain’s sand profile and minimal organics puts it at very little risk for issues of mold or disease http://www.rtjgc.com/Club/Scripts/Home/home.asp