As the vibrant colors of spring transition into the warmth of early summer, May emerges as one of the most critical months for caring for native plant species. This pivotal time in the growing season offers unique opportunities to support the health, vigor, and long-term success of native plants while simultaneously strengthening the ecological networks they support. Understanding the specific needs of native species during this transitional period can make the difference between a thriving, biodiverse landscape and one that struggles to reach its full potential.

Understanding the Unique Value of Native Plants

Native plants, which are adapted to local soils and climates, are usually the best sources of food and shelter for native pollinators. Unlike ornamental species imported from other regions, native plants have evolved over thousands of years alongside local wildlife, developing intricate relationships that form the foundation of healthy ecosystems. These plants don't simply exist in isolation—they participate in complex ecological webs that include pollinators, beneficial insects, birds, mammals, and soil organisms.

Native plants support local wildlife by providing food and habitat essential for pollinators, birds, and insects. When you use native species, you help preserve regional biodiversity. The importance of these relationships cannot be overstated. Research by the entomologist Doug Tallamy has shown that native oak trees support over 500 species of caterpillars whereas ginkgos, a commonly planted landscape tree from Asia, host only 5 species of caterpillars. When it takes over 6,000 caterpillars to raise one brood of chickadees, that is a significant difference.

Three-fourths of the world's flowering plants and about 35 percent of the world's food crops depend on animal pollinators to reproduce. That's one out of every three bites of food you eat. This remarkable statistic underscores why maintaining healthy native plant populations matters not just for wildlife, but for human food security and agricultural productivity as well.

Why May Matters: The Critical Spring-to-Summer Transition

May represents a unique window in the plant care calendar. As temperatures stabilize and daylight hours lengthen, native plants enter a period of vigorous growth. Young plants are establishing root systems, mature specimens are flowering and setting seed, and the entire garden ecosystem is awakening to full activity. The care you provide during this month sets the stage for the entire growing season ahead.

During May, native plants face several challenges simultaneously: they must compete with aggressive weeds that thrive in disturbed soil, manage moisture levels as spring rains become less predictable, and support the emerging populations of pollinators and beneficial insects that depend on them. Your intervention during this critical period can help native species overcome these challenges and establish the strong foundation they need for long-term success.

Essential May Care Tasks for Native Plant Success

Strategic Watering for Establishment and Resilience

Water management in May requires a nuanced approach that differs significantly from conventional gardening practices. While established native plants typically require minimal supplemental irrigation once their root systems have developed, young plants and recent transplants need consistent moisture to establish themselves successfully.

Water regularly for the first six to eight weeks for 15-30 minutes in the early morning. This timing is crucial for several reasons. Morning watering allows foliage to dry before evening, reducing the risk of fungal diseases. It also ensures that moisture penetrates the soil before the heat of the day causes excessive evaporation.

Occasional deep watering is better than frequent shallow watering. This principle is fundamental to developing the deep, extensive root systems that make native plants so resilient. Shallow, frequent watering encourages roots to remain near the surface, making plants vulnerable to drought stress. Deep watering, by contrast, encourages roots to grow downward in search of moisture, creating plants that can access water reserves deep in the soil profile.

Water in the morning to reduce evaporation and wet leaves overnight, which can contribute to mildew and other plant issues. Consider using soaker hoses or drip irrigation to conserve water. These efficient irrigation methods deliver water directly to the root zone, minimizing waste and reducing the risk of foliar diseases that can occur when leaves remain wet for extended periods.

For established native plants, May watering should be minimal unless conditions are exceptionally dry. Native plants suited for these areas thrive without extra water. Choose species adapted to local dry conditions. Skip irrigation systems and let roots do the work. This approach not only conserves water but also maintains the natural selection pressure that keeps native plants adapted to local conditions.

Thoughtful Spring Cleanup: Balancing Aesthetics and Ecology

Spring cleanup in native plant gardens requires a fundamentally different approach than traditional ornamental gardening. The conventional "clean sweep" mentality that removes all dead plant material can actually harm the very wildlife you're trying to support.

Dead grasses, hollowed-out plant stalks and fallen leaves provide important pollinator habitat during the winter, but can be removed to make way for new growth after temperatures are consistently above 50 degrees Fahrenheit. This temperature threshold is not arbitrary—it corresponds to the emergence patterns of many native bees and other beneficial insects that overwinter in plant stems and leaf litter.

Cutting back of perennials and clearing garden debris should ideally be delayed until temperatures are consistently about 50 degrees Fahrenheit to allow for emergence of native bees. Rushing this process can destroy the nesting sites and overwintering chambers of the very pollinators your native plants are meant to support.

When you do begin cleanup, adopt a selective approach. When cleaning weeds or debris from your garden beds and planting containers, use a light touch being careful not to damage any emerging growth of bulbs and perennials. It's sometimes better to let your plants grow larger before weeding, so you can see where things emerge near your plant tags and determine what is a plant and what may be weeds.

Look for bee activity in old stalks such as ends plugged with mud or plant material. Leave those stalks in place for nesting bees. These seemingly dead stems are actually nurseries for the next generation of native pollinators. Cut last year's perennial stems back to around 12 inches. Native bees use cut stems as nesting spots. This height provides adequate nesting habitat while still allowing new growth to emerge unimpeded.

Many other species hide caterpillars or pupae in leaf litter, including our much-beloved luna moths, woolybear caterpillars, and swallowtail butterflies. They are deliberately hard to see, camouflaged to look like leaves or curled up small to avoid predation. Every time someone rakes or leaf-blows, some of these favorite critters are swept away. This sobering reality should inform your cleanup practices. Rather than removing all leaf litter, consider leaving it in place or relocating it to designated wildlife areas where it can continue to provide habitat.

Weed Management: Protecting Natives from Aggressive Competition

May is a critical month for weed control in native plant gardens. As soil temperatures rise and moisture levels remain relatively high, both native plants and invasive weeds compete for resources. The outcome of this competition often determines the long-term success of your native plantings.

Weeds strongly compete with your planting material for water, light and nutrients, so their elimination is essential. Shallow cultivation is recommended for weed control until planting. However, the approach to weed management in established native gardens differs from preparation of new beds. In established plantings, hand-pulling is generally preferred to avoid disturbing the root systems of desirable plants.

You'll want to remove any weeds by manually pulling them up by the roots. A simple hand trowel will usually suffice for this task, but you can also find a variety of weed-pulling tools at your local hardware store or home center. The key is to remove weeds before they set seed, preventing future generations from establishing.

Learn the shape of your plants' spring growth. If you can recognize the sprouts, you can tell your native plants from non-native invaders or self-seeding annuals that blew in and make a determination about what to keep. You may need to do some weeding, removing invasive species and turf grass trying to reclaim the space. This knowledge is invaluable—it prevents the accidental removal of desirable native seedlings while ensuring that invasive species are eliminated before they become established.

For particularly aggressive weeds in new plantings, In May, apply non-selective herbicide. If (or when) weeds sprout, mow them before they produce seed heads. However, this approach should be used judiciously and only in situations where manual removal is impractical. Always prioritize mechanical removal methods in established gardens to protect beneficial insects and soil organisms.

Mulching: The Foundation of Moisture Retention and Weed Suppression

Proper mulching in May provides multiple benefits that extend throughout the growing season. A well-applied mulch layer conserves soil moisture, moderates soil temperature, suppresses weed growth, and gradually improves soil structure as it decomposes.

A 2-3 inch-deep layer is ideal, as it will block the growth of weeds and help lock in moisture and moderate the temperature of the soil beneath. A thick, uniform layer of mulch will also make it easier to identify and pull any new weeds that eventually manage to rise to the surface. This depth strikes the right balance—thick enough to provide benefits, but not so thick that it smothers plants or creates anaerobic conditions.

Make sure to leave a 2-inch gap between the mulch and the crowns of your plants, as piling the mulch up against your plants could lead to rot. This gap is crucial for preventing crown rot, a common problem that occurs when moisture-holding mulch is piled against plant stems and crowns. The gap allows air circulation and prevents the constant moisture that encourages fungal diseases.

If you use mulch, a 2-inch layer of mulch should be spread over weed-free beds after plants are installed and, if you use them, after soaker hoses have been laid in place. Be careful to keep mulch pulled away from the crowns of plants. Crowns that are covered with moisture-holding mulch tend to rot. This reinforces the importance of proper mulch application technique.

The type of mulch matters as well. Wood chips (larger pieces, not finely shredded) are ideal mulch for trees for numerous reasons. For perennial beds, shredded hardwood mulch is often preferred. Very fine wood mulch can create a crust and also promote fungal growth, which may not be helpful to your plants. Avoid mulches that are too fine or that have been dyed, as these can create problems for both plants and soil organisms.

Don't worry about removing dead leaves or other plant material from your garden bed before laying down your mulch. The leaves will break down over time and provide a fresh infusion of nutrients to your garden's soil. This approach mimics natural forest floor processes, where leaf litter gradually decomposes to enrich the soil.

Pruning and Deadheading: Promoting Health and Vigor

May pruning in native plant gardens serves multiple purposes: removing damaged or diseased material, shaping plants for better structure, and in some cases, encouraging additional flowering. However, the approach differs significantly from conventional ornamental pruning.

If desired, selectively prune shrubs that are at least two years old. This timing is important—young shrubs need time to establish before being subjected to pruning stress. For established shrubs, May pruning can remove winter damage and shape plants before the main growing season begins.

Prune any damaged or overgrown branches on trees and shrubs · Mulch as needed to conserve moisture and suppress weeds. Focus on removing dead, diseased, or damaged wood first. This type of pruning can be done at any time and improves plant health by eliminating potential disease vectors and improving air circulation.

Deadheading—the removal of spent flowers—requires a more nuanced approach in native plant gardens than in conventional ornamental settings. While deadheading can encourage additional blooms and maintain a tidy appearance, it also removes the seeds that many birds and small mammals depend on for food. The decision to deadhead should balance aesthetic preferences with wildlife value.

However, you may wish to remove seeds/fruits from plants if you are concerned with aggressive reseeding. Some native plants are enthusiastic self-seeders, and deadheading can prevent them from becoming overly dominant in mixed plantings. However, for most native species, allowing seed development supports wildlife and maintains genetic diversity in your plant populations.

Division and Transplanting: Expanding Your Native Plantings

May offers excellent opportunities for dividing and transplanting native plants, particularly grasses and sedges. Spring is also a good time to divide sedges and grasses. For sedges and the smaller grasses, lift the entire clump from the soil and cut into pieces with a sturdy knife, retaining sufficient roots on each.

With larger grasses, pry the entire clump out of the ground and use an axe, hatchet, or shovel to divide the plant into pieces with roots. An alternative would be to remove chunks from around the edges of the root ball. Pot up or replant divided parts of the plants promptly and water them thoroughly. This technique allows you to expand your plantings without purchasing new plants, and it rejuvenates older clumps that may have developed dead centers.

If something was being particularly enthusiastic last year, spring is a great time to thin it, relocate it, or surround it with other vigorous plants. Transplant seedlings. If native seedlings pop up in places you don't want, you can move them to other areas or give them away. This approach allows you to manage the natural exuberance of successful native plantings while sharing plants with others in your community.

The Ecological Benefits of Proper May Care

Supporting Pollinator Populations

The care you provide to native plants in May has direct and immediate impacts on pollinator populations. More than 3,500 species of native bees help increase crop yields. These bees, along with butterflies, moths, beetles, and other pollinators, depend on the nectar and pollen provided by native plants.

Our plant lists include key flowering plants that provide pollinators with nectar and pollen. We also highlight host plants for caterpillars of butterflies and moths, plants that provide nest sites or nesting materials for above-ground nesting bees, and plants that support specialist bees that require pollen from certain plants. By maintaining healthy native plant populations, you support this entire network of pollinator species.

Provide pollen and nectar sources from early spring to late fall by incorporating a variety of plants with different flower shapes and sizes and overlapping bloom times as well as host plants for pollinator larvae. May care ensures that your native plants are healthy and vigorous enough to produce abundant flowers throughout the growing season, providing continuous food sources for pollinators.

Prairie strips enhance pollinator forage quantity and quality, support a more diverse and abundant wild bee community, sustain monarch butterflies, and increase managed honey bee productivity. While this research focused on agricultural prairie strips, the principles apply equally to residential and community native plantings.

Enhancing Biodiversity and Ecosystem Function

Native plants sustain complex ecological interactions, like pollinator-plant partnerships and symbiotic relationships. These connections help stabilize ecosystems and make them more resilient to change. The care you provide in May strengthens these relationships, creating more robust and resilient ecological communities.

Native plants provide nectar for pollinators including hummingbirds, native bees, butterflies, moths, and bats. They provide protective shelter for many mammals. The native nuts, seeds, and fruits produced by these plants offer essential foods for all forms of wildlife. Healthy, well-maintained native plants produce more abundant food resources, supporting larger and more diverse wildlife populations.

Pollinator habitat can beautify your space, increase native biodiversity, increase pollination services and biological control of "pest" insects, and provide community engagement and learning opportunities. These multiple benefits demonstrate that native plant care is not just about aesthetics—it's about creating functional ecosystems that provide valuable services.

Soil Health and Erosion Control

Native plants have deep roots that improve soil health and keep erosion in check. That means healthier landscapes all around. The deep root systems that develop when native plants receive proper care create channels for water infiltration, improve soil structure, and bind soil particles together to prevent erosion.

Incorporating native wildflowers, shrubs, trees, vines, grasses, and more into any landscape helps a diversity of wildlife, and also provides benefits to soil, water, and air quality. Additionally, most native plants can flourish in poor soils and require minimal irrigation. These benefits accumulate over time, with well-established native plantings improving soil conditions year after year.

Advanced May Care Considerations

Understanding Plant Phenology and Timing

Learn how to identify when a native plant is dead or it is dormant. For example, many spring ephemerals emerge in late winter, bloom in the spring, and are dormant by the high heat of the summer. While these plants may look dead, their root systems are alive. Knowing which plants remain green through the growing season, which plants die back in winter, and when various native plants emerge are all important to maintaining a native landscape.

This knowledge is particularly important in May, when some early-blooming natives are already beginning to go dormant while others are just emerging. Understanding these patterns prevents the accidental removal of dormant plants and helps you provide appropriate care to plants at different stages of their life cycles.

Wildlife-Sensitive Maintenance Practices

Be mindful of wildlife activity in the landscape. For example, if ground-nesting birds are present, burning, mowing, or disruption of planted areas of any kind during breeding months may injure or kill baby birds. Avoid blocking tunnels or other "wildlife crossings" with equipment or debris. May is peak nesting season for many bird species, and your maintenance activities should account for this.

Before beginning any major maintenance work, survey your plantings for signs of nesting activity. Ground-nesting birds like killdeer and certain sparrow species may nest in or near native plant gardens. If you discover active nests, postpone maintenance in those areas until young birds have fledged.

Monitoring for Pests and Diseases

Keep an eye out for pests and signs of disease. Monitor to see if any action is needed (often it's not). This observation-based approach is key to successful native plant management. Unlike conventional ornamental gardens where any insect damage might trigger pesticide application, native plant gardens should tolerate some level of herbivory—it's part of the natural food web.

Many insects that appear to be damaging your plants are actually providing food for birds and other wildlife. Because they're adapted to local climate and pests, native plants tend to handle local conditions without much fuss. You won't need to rely on chemicals or constant care. This natural resilience means that most pest problems resolve themselves without intervention.

Planting New Natives in May

Spring is a great time for planting. May offers excellent conditions for establishing new native plants, with warm soil temperatures and typically adequate moisture. However, success requires attention to proper planting techniques and post-planting care.

Plug plants, seedlings grown in separate cells, can be more economical than container plants for planting large areas. They are generally planted in 12" centers. Plugs are also preferred when planting around tree roots to reduce the size of planting holes. The roots of plugs are relatively undisturbed during planting, and although they may take a bit longer to develop top growth, they will establish strong root systems.

When selecting plants, Native plants are well adapted to survive in a particular geographic area according to the climate, soils, rainfall and availability of pollinators and seed dispersers. Because they are indigenous to a specific region, they usually require little to no fertilizers and pesticides and are welcomed by wildlife, serving an important role in the local ecosystem. Choose species that are truly native to your specific region for best results.

After planting, Water until the planting is established. This establishment period typically lasts 6-8 weeks for containerized plants and may extend longer for plugs or bare-root specimens. During this time, consistent moisture is crucial for root development.

Creating Seasonal Interest and Continuous Bloom

Plant a continuous food supply. Make sure you have at least 3 different species throughout the spring, summer, and fall seasons to provide adequate food when pollinators emerge from and prepare for winter hibernation. This principle of continuous bloom is essential for supporting pollinator populations throughout the growing season.

May is an excellent time to assess your existing plantings and identify gaps in seasonal bloom. Add more native species, like specific spring blooms for early pollinators. Divide and transplant any overcrowded native plants. By adding species that bloom at different times, you create a landscape that provides resources throughout the entire growing season.

Early spring bloomers like native columbine and wild geranium provide crucial early-season nectar for emerging pollinators. Mid-season bloomers such as coneflowers and bee balm support peak pollinator populations in summer. Late-season bloomers like asters and goldenrods provide essential resources as pollinators prepare for winter. A well-planned native garden includes representatives from all these seasonal groups.

Community Engagement and Conservation Efforts

Individual native plant gardens, no matter how well-maintained, achieve their greatest impact when they're part of larger conservation efforts. Restoring native plant habitat is vital to preserving biodiversity. By creating a native plant garden, each patch of habitat becomes part of a collective effort to nurture and sustain the living landscape for birds and other animals.

Consider participating in local native plant initiatives or habitat restoration projects. Many communities have native plant societies, watershed groups, or conservation organizations that coordinate restoration efforts. These groups often organize plant sales, seed swaps, and educational workshops that can enhance your knowledge and expand your plant collection.

Sharing your knowledge and enthusiasm with neighbors can multiply the impact of your efforts. Many native plants grow from cuttings or divisions. Share plants with neighbors. This reduces spending and expands gardens naturally. As more properties in your neighborhood incorporate native plantings, the collective habitat value increases exponentially, creating corridors that allow wildlife to move through the landscape.

Educational outreach is equally important. Many people remain unaware of the benefits of native plants or the proper techniques for caring for them. By demonstrating successful native plantings and sharing your experiences, you can inspire others to adopt similar practices. Consider opening your garden for tours, participating in native plant garden walks, or sharing photos and information on social media to spread awareness.

Long-Term Benefits of Consistent May Care

Once native beds settle, care drops each year. Roots strengthen and plants balance naturally. This progressive reduction in maintenance requirements is one of the most appealing aspects of native plant gardening. The care you invest in May during the first few years pays dividends for decades to come.

Once established, native plants generally require little maintenance. This low-maintenance characteristic develops over time as plants establish deep root systems, form beneficial relationships with soil organisms, and adapt to local conditions. The key is providing appropriate care during the establishment period—typically the first 2-3 years after planting.

Native plant gardens simplify spring care by working with local conditions rather than against them. With fewer adjustments, less watering, and minimal trimming, these gardens stay attractive through natural growth cycles. This alignment with natural processes creates landscapes that are both beautiful and ecologically functional.

Addressing Common May Challenges

Managing Aggressive Native Species

Some native plants reseed well or spread by rhizome. How much they spread often has to do with your specific habitat - the amount of light, moisture, and soil type in a particular bed, in addition to the vigor or lack thereof of neighboring plants. While this vigor is generally desirable, some native species can become overly dominant in garden settings.

Species like native goldenrods, asters, and certain grasses may spread more aggressively in cultivated gardens than they would in natural settings. This is often because garden conditions—amended soil, regular watering, reduced competition—are more favorable than wild habitats. Managing these enthusiastic spreaders requires vigilance in May, when new growth is easily identified and removed.

Dealing with Late Spring Frosts

May can bring unexpected late-season frosts in many regions, potentially damaging tender new growth on native plants. While most native species are adapted to handle occasional late frosts, newly planted specimens or plants that have been stimulated to early growth by warm weather may be vulnerable.

Monitor weather forecasts and be prepared to protect vulnerable plants if frost is predicted. Simple measures like covering plants with fabric row covers or even old sheets can provide several degrees of frost protection. Remove covers promptly in the morning to prevent overheating as temperatures rise.

Balancing Aesthetics and Ecology

One of the most common challenges in native plant gardening is balancing aesthetic preferences with ecological function. The "messy" appearance of standing dead stems, leaf litter, and seed heads conflicts with conventional notions of garden tidiness, yet these elements provide crucial wildlife habitat.

Consider creating distinct zones in your landscape. Areas visible from the street or main viewing areas can be maintained more formally, with selective cleanup and deadheading to maintain a tidy appearance. Back areas or side yards can be managed more naturalistically, with minimal cleanup and maximum wildlife value. This zoning approach allows you to enjoy both aesthetic appeal and ecological function.

Resources for Native Plant Gardeners

Successful native plant gardening requires ongoing education and access to reliable information. Numerous resources can support your efforts:

  • Regional Native Plant Societies: These organizations provide plant lists, educational programs, and connections to other native plant enthusiasts in your area.
  • University Extension Services: Many land-grant universities offer research-based information on native plants and their care, often tailored to specific regions.
  • Online Databases: Resources like the USDA PLANTS Database help you verify which species are truly native to your area and understand their growing requirements.
  • Conservation Organizations: Groups like the Xerces Society, Audubon Society, and local watershed organizations provide detailed guidance on creating pollinator habitat and supporting wildlife.
  • Native Plant Nurseries: Specialized nurseries that focus on native species can provide not just plants, but also expert advice on selection and care.

For region-specific plant recommendations, the Xerces Society's pollinator plant lists offer comprehensive guides tailored to different ecoregions across North America. The National Park Service's pollinator resources provide additional guidance on creating effective pollinator habitat.

The Broader Context: Native Plants and Climate Resilience

Native plants evolved for their home climates. They handle local temperatures, rainfall, and seasonal shifts. You won't have to water them much or add chemicals—they're tough enough for local extremes. This climate adaptation becomes increasingly important as weather patterns become more variable and extreme.

Native plants contribute to climate resilience in multiple ways. Their deep root systems improve soil structure and water infiltration, reducing runoff and flooding. They require minimal inputs of water, fertilizer, and pesticides, reducing the carbon footprint associated with landscape maintenance. They support diverse ecosystems that are more resilient to environmental stresses.

By caring for native plants in May and throughout the growing season, you're not just maintaining a garden—you're participating in a broader effort to create more sustainable, resilient landscapes that can adapt to changing environmental conditions while supporting biodiversity and ecosystem function.

Measuring Success in Native Plant Gardens

Success in native plant gardening looks different than in conventional ornamental landscapes. Rather than focusing solely on aesthetic perfection, measure success by ecological indicators:

  • Pollinator Activity: Increasing numbers and diversity of bees, butterflies, and other pollinators visiting your plants indicate a healthy, functional ecosystem.
  • Bird Presence: More birds visiting, feeding, and nesting in your landscape demonstrate that you're providing valuable habitat.
  • Plant Vigor: Healthy growth, abundant flowering, and successful seed production show that plants are thriving in your care.
  • Reduced Maintenance: As plantings mature, the need for watering, weeding, and other interventions should decrease.
  • Natural Reproduction: Self-seeding and vegetative spread of desirable native species indicate a sustainable, self-maintaining landscape.

Keep a garden journal to track these indicators over time. Note which species attract the most pollinators, when different plants bloom, and how maintenance requirements change as plantings mature. This information will guide future planting decisions and help you refine your care practices.

Looking Ahead: Planning for Future Seasons

While May care focuses on immediate needs, use this active time in the garden to plan for future seasons. Take notes on which areas need additional plants, which species are performing well, and which combinations are particularly attractive or effective. Photograph your plantings throughout May to document their development and identify areas for improvement.

Consider creating a planting plan that addresses gaps in seasonal bloom, adds structural diversity with different plant heights and forms, or incorporates additional species to support specific wildlife. Many native plant nurseries take orders in spring for fall delivery, allowing you to secure desired species while they're fresh in your mind.

Think about succession planning as well. As your native plantings mature, some species may decline while others increase. Understanding these natural dynamics allows you to work with them rather than against them, maintaining a diverse, functional landscape over the long term.

Conclusion: The Lasting Impact of May Care

May stands as a pivotal month in the native plant care calendar—a time when thoughtful intervention can set the stage for a season of abundant growth, prolific flowering, and thriving wildlife activity. The care practices outlined here—strategic watering, mindful cleanup, vigilant weed management, proper mulching, and selective pruning—work together to support the health and vigor of native plant communities.

Yet the impact of May care extends far beyond the immediate growing season. By nurturing native plants during this critical period, you strengthen the ecological networks they support, from soil microorganisms to pollinators to birds and beyond. You contribute to biodiversity conservation, climate resilience, and the preservation of natural heritage for future generations.

The beauty of native plant gardening lies in its alignment with natural processes. Rather than imposing an artificial order on the landscape, you work as a partner with nature, supporting and enhancing the ecological relationships that have evolved over millennia. The care you provide in May facilitates these relationships, creating landscapes that are simultaneously beautiful, functional, and sustainable.

As you tend your native plants this May, remember that you're participating in something larger than individual garden maintenance. You're helping to restore the living landscape, creating habitat in an increasingly fragmented world, and demonstrating that human landscapes can support rather than diminish biodiversity. Each plant you water, each weed you remove, each decision to leave stems standing for nesting bees—these small acts accumulate into meaningful conservation action.

The investment of time and attention you make in May will reward you throughout the growing season and for years to come, as your native plantings mature into self-sustaining ecosystems that require ever less intervention while providing ever greater ecological value. This is the promise of native plant gardening: landscapes that become more beautiful, more diverse, and more resilient with each passing year, supporting the web of life that sustains us all.