What Zone Is Pennsylvania In For Gardening?

Gardening, at its heart, is a dialogue with nature. It’s a dance between human intention and environmental reality, a beautiful interplay that demands both passion and informed decision-making. For anyone embarking on the rewarding journey of cultivating plants, whether in the verdant landscapes of Pennsylvania or the bustling urban gardens of Bengaluru, understanding your local climate is not just a recommendation; it is the cornerstone of success. Imagine spending countless hours nurturing a delicate sapling, only to see it wither away with the first frost or succumb to an unexpected heatwave. This heartbreak, common among novice and even experienced gardeners, often stems from a fundamental misunderstanding of plant hardiness. This is precisely where the concept of USDA Plant Hardiness Zones becomes an indispensable tool.

For our esteemed readers in Bengaluru, the specifics of Pennsylvania’s climate might seem geographically distant, yet the underlying principles of understanding your environment are universally applicable and profoundly beneficial. Just as Bengaluru gardeners must grapple with distinct monsoon seasons, varying humidity, and intense summer heat, gardeners in Pennsylvania face their own unique challenges, primarily dictated by winter temperatures. The USDA Plant Hardiness Zone Map provides a standardized framework that categorizes regions based on their average annual extreme minimum winter temperature. This isn’t just a number on a map; it’s a critical piece of data that informs which perennial plants – those that live for more than two years – are most likely to survive the winter chill in a particular location. By knowing your zone, you gain the power to select plants that are naturally adapted to your local climate, dramatically increasing their chances of survival and thriving. This translates directly into healthier plants, more abundant harvests, and a vibrant, resilient garden that brings joy season after season. It saves precious time, hard-earned money, and, most importantly, protects you from the disappointment of repeated plant failures. While the specific zones in India are mapped differently, the methodology and the immense benefit of matching plant to climate are lessons that transcend geographical boundaries. Learning how Pennsylvania gardeners utilize this system offers invaluable insights into adapting similar strategies for Bengaluru’s tropical and sub-tropical conditions, highlighting the importance of understanding local microclimates and seasonal extremes.

Understanding the USDA Plant Hardiness Zone System

The USDA Plant Hardiness Zone System is arguably the most important tool for gardeners in temperate climates, providing a standardized guide for selecting perennial plants that can withstand local winter temperatures. Developed by the United States Department of Agriculture, this map divides North America into 13 distinct zones, each representing a 10-degree Fahrenheit range of average annual extreme minimum winter temperatures. Each of these zones is further subdivided into ‘a’ and ‘b’ subzones, representing a 5-degree Fahrenheit difference. For example, Zone 6a indicates an average minimum temperature between -10°F and -5°F, while Zone 6b ranges from -5°F to 0°F.

The core purpose of this system is simple yet profound: to help gardeners determine which plants are “hardy” enough to survive the lowest temperatures in their area. A plant labeled “Hardy to Zone 5” means it can typically tolerate winter temperatures down to the minimum of Zone 5 without significant damage. This knowledge is crucial because winter survival is a primary concern for many perennial plants, trees, and shrubs. Without this information, a gardener might inadvertently plant a beautiful shrub rated for Zone 7 in a Zone 5 garden, only to see it perish during the first severe winter. This system empowers gardeners to make informed choices, preventing wasted effort, resources, and the disheartening experience of plant loss. For our Bengaluru gardening friends, while your challenges might revolve more around managing intense heat, humidity, and monsoon downpours rather than extreme cold, the principle of matching plant resilience to environmental extremes remains identical. Just as a plant might not survive the cold in Pennsylvania, another might not tolerate the prolonged wet season or intense dry heat in Bengaluru. The USDA system provides a fantastic model for understanding how to categorize and plan for environmental challenges, no matter where you garden.

The Science Behind the Zones

The USDA zones are not arbitrary lines on a map; they are the result of extensive climatic data analysis. The most recent map, updated in 2023, is based on 30 years of temperature data (1991-2020) from weather stations across the United States. Scientists analyze the lowest winter temperature recorded each year at these stations and then average those minimums over the 30-year period. This long-term average provides a stable and reliable indicator of the extreme cold a plant is likely to experience. It’s important to note that the map reflects averages, not absolute predictions. Unusual cold snaps or localized microclimates can always present exceptions. However, by using this robust dataset, the USDA provides the best possible general guide for plant selection. Understanding this scientific basis helps gardeners appreciate the reliability of the system while also recognizing its limitations. For gardeners in Bengaluru, applying similar scientific rigor to understanding your local temperature extremes – both high and low, as well as rainfall patterns and humidity levels – can lead to equally precise and successful plant selection, even if the specific numerical zones differ.

Why Zones Matter Beyond Winter Survival

While the primary focus of hardiness zones is winter survival, their implications extend much further. Knowing your zone often correlates with other important climatic factors, such as the length of your growing season, the timing of the last and first frosts, and even the types of soil prevalent in your region. For instance, areas with colder zones often have shorter growing seasons, influencing the selection of annuals and the timing of seed starting. Conversely, warmer zones might allow for multiple harvests or overwintering of tender perennials. The zone also indirectly influences pest and disease pressure, as certain pests cannot survive colder winters. By understanding your hardiness zone, you gain a holistic picture of your garden’s climatic context. This comprehensive understanding allows for better planning, from selecting appropriate companion plants to scheduling planting and harvesting. For Bengaluru gardeners, while tropical climates don’t have “frost dates” in the same way, understanding seasonal shifts, like the onset and duration of the monsoon, or the intensity of pre-monsoon heat, serves the same crucial purpose: informing optimal planting times and plant choices for maximum success. The zone system is a powerful framework for climate awareness, a skill transferable to any garden on Earth. https://ecorganicas.org/the-ultimate-guide-to-gardening-radishes-tips-and-tricks-for-a-thriving-garden/

Pinpointing Pennsylvania’s Hardiness Zones

Pennsylvania, a state renowned for its diverse landscapes, from the Appalachian Mountains to the fertile valleys and the bustling urban centers, exhibits a significant range in its USDA Plant Hardiness Zones. Unlike states that might fall neatly into one or two zones, Pennsylvania sprawls across several, reflecting its varied geography and proximity to large bodies of water. Generally, Pennsylvania falls within USDA Plant Hardiness Zones 5a through 7b, a considerable spectrum that demands careful consideration from any gardener within its borders. This wide range means that what thrives effortlessly in one part of the state might struggle or fail entirely in another, necessitating a localized approach to plant selection and garden planning. For those of us gardening in Bengaluru, this diversity within a single state offers a powerful illustration of how local geography can dramatically alter climate, a lesson directly applicable to understanding the microclimates that exist even within our own city, from a balcony garden to a sprawling backyard plot.

The coldest parts of Pennsylvania are typically found in the northern and northwestern regions, as well as at higher elevations in the Appalachian Mountains. These areas often experience average annual extreme minimum temperatures that place them firmly in Zone 5a (-20°F to -15°F) and 5b (-15°F to -10°F). Here, gardeners must prioritize plants with exceptional cold hardiness, focusing on varieties known for their resilience in harsh winters. Moving southward and eastward, particularly towards the southeastern corner of the state, the climate becomes noticeably milder. The metropolitan areas around Philadelphia, for instance, benefit from urban heat island effects and their proximity to the Atlantic Ocean, pushing them into warmer zones. These areas typically fall into Zone 7a (0°F to 5°F) and even 7b (5°F to 10°F), allowing for a much broader palette of plant choices, including some that might be considered borderline hardy further north. The central part of the state often presents a transitional zone, predominantly 6a (-10°F to -5°F) and 6b (-5°F to 0°F), where a balance of cold-hardy and moderately hardy plants can thrive. Understanding this zonal gradient is not just academic; it’s fundamental to cultivating a successful and sustainable garden anywhere in Pennsylvania, and by extension, in any climate where regional variations are present.

From the Mountains to the Valleys: A Zonal Gradient

The topography of Pennsylvania plays a significant role in defining its hardiness zones. The Allegheny Mountains, part of the larger Appalachian range, traverse much of the state, creating cooler temperatures at higher elevations. Mountainous regions often act as natural barriers, influencing air currents and precipitation, leading to colder microclimates. Conversely, river valleys and lower elevations tend to trap warmer air, resulting in milder conditions. The Susquehanna River Valley, for example, often experiences slightly warmer temperatures than the surrounding highlands. This altitudinal variation means that even within a relatively small geographic area, a gardener might encounter different subzones. Imagine two gardeners living just miles apart, one on a mountain slope and the other in a sheltered valley; their plant choices might need to differ significantly despite their proximity. This highlights the importance of not just knowing the general state zone but truly understanding the specific microclimate of your own property. For Bengaluru gardeners, this concept translates to understanding how elevation differences (even slight ones), proximity to water bodies like lakes or reservoirs, or the concrete jungle effect of dense urban areas can create distinct microclimates within the city, influencing plant growth and care.

Key Regions and Their Corresponding Zones

Let’s break down some specific examples to illustrate Pennsylvania’s zonal diversity:

• Northwestern Pennsylvania (e.g., Erie, Warren): Influenced by Lake Erie, which can moderate temperatures, but generally colder. Often falls into Zone 5b to 6a.
• Northcentral Pennsylvania (e.g., Bradford, Tioga Counties): Higher elevations and inland location lead to colder winters. Predominantly Zone 5a to 5b.
• Central Pennsylvania (e.g., Harrisburg, State College): A mix of valleys and hills. Generally Zone 6a to 6b.
• Southeastern Pennsylvania (e.g., Philadelphia, Chester County): Benefits from urban warmth and proximity to the coast. Primarily Zone 7a to 7b.
• Southwestern Pennsylvania (e.g., Pittsburgh): Urban heat island effect helps, but still inland. Typically Zone 6a to 6b.

This regional breakdown underscores the need for local research. Before purchasing any perennial plant, a Pennsylvania gardener should verify their specific zone, often available through local extension offices or online zone lookup tools. This meticulous approach ensures that the plants chosen are truly suited to the local climate, leading to a much higher rate of gardening success. For our Bengaluru readers, this detailed regional analysis serves as a powerful reminder to map out your own “Bengaluru zones” – identifying areas within the city that might experience different heat intensities, wind exposures, or water retention capabilities, and selecting plants accordingly. https://ecorganicas.com/do-it-yourself-backyard-wedding-ideas/

Beyond Hardiness: Microclimates and Local Factors in PA

While the USDA Plant Hardiness Zone Map provides an essential baseline, it’s crucial for any dedicated gardener to understand that these broad zones are just the beginning. Within each zone, and indeed within every garden, exist myriad “microclimates” – localized atmospheric conditions that differ from the general climate of the surrounding area. These subtle variations can be influenced by a multitude of factors, creating pockets of warmer or colder temperatures, wetter or drier soil, or more or less sunlight. For a gardener in Pennsylvania, recognizing and understanding these microclimates is the difference between merely surviving and truly thriving. An understanding of microclimates allows for strategic plant placement, pushing the boundaries of what might typically be considered hardy in a particular zone, or conversely, protecting tender plants from unexpected local extremes. This principle is universally applicable; for our Bengaluru gardeners, recognizing how a shaded courtyard differs from a sun-drenched terrace, or how a potted plant on a balcony experiences different conditions than one directly in the ground, is equally vital for gardening success.

Several local factors contribute to the formation of microclimates in Pennsylvania. Elevation is a primary influencer; higher points are often colder and windier, while lower points in valleys can be frost pockets. Proximity to large bodies of water, such as Lake Erie in the northwest or the Delaware River in the east, can moderate temperatures, making areas near them slightly warmer in winter and cooler in summer. Urban areas, like Philadelphia or Pittsburgh, create “urban heat islands” due to the absorption and retention of heat by concrete, asphalt, and buildings. This can effectively bump a garden up a half-zone or more. Topography also plays a role: a south-facing slope receives more direct sunlight and warmth than a north-facing one, while a sheltered corner near a brick wall can absorb and radiate heat, protecting plants from cold winds. Even the type of soil matters; sandy soils drain quickly and warm up faster, while heavy clay soils retain moisture and stay colder longer. By carefully observing these elements within their own garden, Pennsylvania gardeners can make informed decisions about plant placement, potentially extending their growing season or successfully cultivating plants that are technically outside their designated hardiness zone. This meticulous observation is a skill that translates directly to Bengaluru’s diverse urban and rural landscapes, where understanding your plot’s unique characteristics is paramount.

The Urban Heat Island Effect

The urban heat island (UHI) effect is a phenomenon where urban areas experience significantly higher temperatures than surrounding rural areas. This is primarily due to several factors: dark surfaces like asphalt and concrete absorb more solar radiation, buildings block wind, and human activities release heat. In Pennsylvania’s larger cities like Philadelphia, Pittsburgh, and Harrisburg, the UHI effect can mean that urban gardens are effectively one half to a full hardiness zone warmer than nearby suburban or rural areas. This means a gardener in downtown Philadelphia might be in Zone 7b, while a gardener just a few miles outside the city could be in Zone 6b. This temperature differential allows urban gardeners to experiment with a wider range of plants, including some that are marginally hardy for the broader region. However, it also comes with challenges, such as increased water evaporation and the need for more frequent irrigation. Understanding the UHI effect is crucial for urban gardeners, enabling them to leverage the warmer temperatures while also mitigating associated issues like heat stress on plants. For Bengaluru, a rapidly urbanizing city, the UHI effect is a pervasive reality, making urban gardeners keenly aware of how concrete structures and paved surfaces influence their garden’s climate and water needs.

The Influence of Topography and Water Bodies

Beyond urban development, natural topography and water bodies are powerful shapers of microclimates. In Pennsylvania, the rolling hills and deep valleys create distinct thermal zones. Cold air is denser than warm air and tends to sink into low-lying areas, forming “frost pockets” where temperatures can drop significantly lower than on higher ground. Gardeners in such valleys must be extra cautious with tender plants. Conversely, slopes that face south receive more direct sunlight throughout the day, warming the soil and air more effectively, making them ideal spots for heat-loving plants or for extending the growing season. Large bodies of water, like Lake Erie, act as thermal sinks, absorbing heat in the summer and releasing it slowly in the fall and winter. This moderating effect leads to slightly warmer winter temperatures and cooler summer temperatures along the immediate shoreline, often extending the growing season and allowing for the cultivation of plants not typically found further inland. Recognizing these natural influences within your own property allows for strategic planting, where you can either protect vulnerable plants or push the boundaries of what you thought was possible in your garden. This intricate dance with nature’s subtle cues is a skill that any gardener, from Pennsylvania to Bengaluru, can master to unlock their garden’s full potential. https://ecorganicas.org/the-ultimate-guide-to-gardening-raised-beds-vegetable-growth/

Thriving in Your Pennsylvania Garden: Plant Selection Strategies

Once you’ve accurately identified your specific hardiness zone and factored in any microclimates within your garden, the next exciting step is plant selection. This is where the theoretical knowledge transforms into tangible beauty and bounty. Choosing the right plants for your Pennsylvania garden isn’t just about survival; it’s about helping them flourish, reach their full potential, and become vibrant contributors to your landscape. The hardiness zone provides the foundational filter, ensuring that your chosen perennials can withstand the lowest winter temperatures. However, successful plant selection goes beyond just cold tolerance. It also involves considering sun exposure, soil type, moisture requirements, and the plant’s mature size and growth habit. For our Bengaluru gardeners, this section offers a blueprint for how to approach plant selection with a critical eye, emphasizing that while your climate challenges might be different, the methodical process of matching plant needs to environmental conditions is universally effective and rewarding.

For Pennsylvania gardeners, the diversity of zones means a vast array of plant options. In the colder Zone 5 regions, staples like hostas, bleeding hearts (Dicentra spectabilis), coneflowers (Echinacea purpurea), and various types of ornamental grasses are excellent choices for perennials. Many varieties of traditional fruit trees like apples and pears, as well as berry bushes like raspberries and blueberries, are also well-suited for these zones. As you move into Zone 6, the options expand to include more varieties of hydrangeas, ornamental cherries, and even some types of magnolias. The warmer Zone 7 areas, particularly in southeastern Pennsylvania, allow for the successful cultivation of plants like Camellias, certain evergreen magnolias, and a wider range of broadleaf evergreens. When selecting annuals, which complete their life cycle in one season, the hardiness zone is less critical, but understanding your last frost date is paramount. These strategies empower Pennsylvania gardeners to create resilient, beautiful, and productive landscapes that are in harmony with their local environment, a lesson in ecological gardening that resonates deeply with gardeners in any climate, including Bengaluru, where understanding seasonal rhythms is key to success. https://ecorganicas.com/do-it-yourself-backyard-wedding-ideas/

Choosing the Right Annuals and Perennials

When it comes to annuals, the hardiness zone primarily dictates when it’s safe to plant them outdoors after the danger of frost has passed. For Pennsylvania, this can vary significantly. In Zone 5, the last frost date might be as late as mid-May, while in Zone 7, it could be late April. Popular annuals like petunias, marigolds, impatiens, and zinnias thrive in Pennsylvania’s summer heat once established. For perennials, the zone is king. Always check the plant tag or description for its hardiness rating. Beyond the zone, consider factors like the plant’s light requirements (full sun, partial shade, full shade), its mature size, and its water needs. Grouping plants with similar requirements together simplifies care and promotes healthier growth. Native Pennsylvania plants are often an excellent choice as they are inherently adapted to the local climate, soil, and wildlife, requiring less intervention and supporting local ecosystems. Examples include various species of asters, goldenrods, cardinal flowers, and many native ferns. By focusing on both hardiness and specific cultural needs, you can curate a garden that not only survives but truly flourishes, offering continuous beauty and ecological benefits.

Trees, Shrubs, and Edibles for PA Zones

For larger investments like trees and shrubs, hardiness is even more critical, as these plants are meant to provide structure and beauty for decades. Many deciduous trees like Sugar Maples (Acer saccharum), Red Oaks (Quercus rubra), and various Dogwoods (Cornus florida) are perfectly hardy across most Pennsylvania zones. Evergreen options like Eastern Hemlock (Tsuga canadensis) and various pines and spruces also do well. When selecting edibles, consider not only the plant’s cold hardiness but also its chilling requirements (for fruit trees) and its overall growing season needs. Many popular vegetables, such as tomatoes, peppers, beans, and corn, thrive in Pennsylvania’s summer, but their planting times are dictated by the last frost date. For those in warmer zones, extending the season with cold-tolerant crops in early spring or late fall is a rewarding endeavor. For Bengaluru gardeners, while your specific plant list will be different, the methodical approach to selecting trees, shrubs, and edibles based on their seasonal requirements, water needs, and light exposure remains the same, ensuring a productive and beautiful garden year-round. Remember, a thriving garden is a well-researched garden. https://ecorganicas.com/gardening-quiz-challenge/

Adapting PA Gardening Wisdom for Bengaluru Gardeners

While the specific climate of Pennsylvania, with its distinct four seasons and emphasis on winter hardiness, stands in stark contrast to Bengaluru’s tropical monsoon climate, the fundamental principles of gardening success are surprisingly universal. The insights gleaned from understanding Pennsylvania’s hardiness zones and microclimates offer invaluable lessons that can be directly applied and adapted by gardeners in Bengaluru. The core idea – matching plant requirements to environmental conditions – is a foundational pillar of sustainable and successful gardening, regardless of geographical location. For Bengaluru gardeners, this means shifting the focus from surviving harsh winters to thriving through intense monsoons, managing prolonged dry spells, and mitigating the effects of urban heat. The methodologies employed by Pennsylvania gardeners to decipher their environment can serve as a powerful blueprint for you to decode your own unique gardening challenges and opportunities in the “Garden City” of India.

The concept of “hardiness” itself, while typically referring to cold tolerance in temperate regions, can be reinterpreted for tropical climates. In Bengaluru, hardiness might mean a plant’s ability to withstand waterlogging during the monsoon, tolerate extended periods of high humidity, or endure the scorching dry season heat. Just as a Pennsylvania gardener consults the USDA map for minimum winter temperatures, a Bengaluru gardener must become adept at understanding their local rainfall patterns, average maximum temperatures, and humidity levels throughout the year. The meticulous approach to identifying microclimates within a Pennsylvania garden – noticing how a south-facing wall creates a warmer spot, or how a valley collects cold air – directly translates to Bengaluru. Here, you might observe how a shaded courtyard provides refuge from intense midday sun, or how a balcony garden experiences different wind patterns than a ground-level plot. By applying this keen observational skill, Bengaluru gardeners can strategically place plants, creating ideal conditions for tropical flora, just as their Pennsylvanian counterparts do for temperate species. The overarching lesson is that informed decision-making, based on a deep understanding of your specific environment, is the ultimate gardening superpower, making the wisdom from Pennsylvania highly relevant and adaptable to your tropical gardening adventures.

Translating Temperature Zones to Tropical Climates

For Bengaluru gardeners, the direct translation of USDA Hardiness Zones (which are based on minimum winter temperatures) isn’t practical. However, the *concept* of mapping suitability based on temperature extremes is incredibly useful. Instead of “cold hardiness,” Bengaluru gardeners need to consider “heat tolerance” and “humidity tolerance.” Researching plants that thrive in specific heat zones (like the AHS Heat Zone Map, though less commonly used for tropical regions) or plants known to be drought-tolerant versus those that prefer consistent moisture is crucial. Furthermore, understanding the monsoon cycle and dry season is paramount. Plants that are “hardy” for Bengaluru might be those that can survive prolonged periods of heavy rainfall without root rot, or conversely, those that can withstand intense dryness and heat during non-monsoon months. Creating your own “zones” based on these factors – perhaps a “monsoon tolerance zone” or a “dry season resilience zone” – can be an innovative way to apply the hardiness zone principle to your unique climate. This adaptation of the concept empowers Bengaluru gardeners to make equally precise choices for their tropical plants.

Microclimate Mastery: A Universal Skill

The mastery of microclimates, a skill honed by Pennsylvania gardeners navigating their varied landscapes, is a universal superpower for any gardener. In Bengaluru, identifying microclimates means understanding how the concrete jungle impacts your garden. A plant placed next to a heat-absorbing wall will experience different conditions than one under a tree canopy. A balcony garden, exposed to sun and wind, will have different needs than a ground-level garden with partial shade. Observe your garden throughout the day and across seasons: Where does the sun hit strongest? Where do puddles form after rain? Which areas are sheltered from wind? How do nearby buildings affect light and temperature? By understanding these nuances, you can create mini-environments within your garden that cater to specific plant needs. For example, shade-loving plants can thrive in a north-facing corner, while sun-worshippers will flourish on a south-facing terrace. This level of granular observation, a hallmark of successful gardening in Pennsylvania, is equally vital for cultivating a thriving garden in Bengaluru, allowing you to maximize the potential of every inch of your space. https://ecorganicas.org/the-ultimate-guide-to-gardening-raised-beds-vegetable-growth/

Gardening Techniques & Products Comparison

Effective gardening involves not just understanding your climate but also employing the right techniques and products to support your plants. This table compares several key approaches relevant to managing climate challenges, applicable whether you’re battling Pennsylvania’s cold or Bengaluru’s heat and humidity.

Expert Tips for Gardening in Pennsylvania (and Beyond!)

Whether you’re tending a robust garden in Pennsylvania or nurturing a tropical paradise in Bengaluru, these expert tips offer foundational wisdom for success:

• Know Your Specific Zone: Don’t just rely on a general state zone. Use online tools with your postcode or consult local extension services to pinpoint your exact USDA hardiness zone. For Bengaluru, identify your local microclimate specifics: sun exposure, wind, and water flow.
• Observe Your Microclimates: Spend time in your garden, noting where the sun hits, where shade falls, where water collects, and where wind funnels. These microclimates dictate where specific plants will thrive.
• Prioritize Soil Health: Healthy soil is the foundation of a healthy garden. Conduct a soil test to understand its composition and nutrient levels, then amend with organic matter like compost regularly. This is universally important for all climates.
• Mulch, Mulch, Mulch: Apply a 2-4 inch layer of organic mulch around your plants. In PA, it insulates against cold. In Bengaluru, it conserves moisture, cools roots, and suppresses weeds.
• Choose Native Plants: Native plants are naturally adapted to your local climate, soil, and pest conditions. They generally require less water, fertilizer, and pest control, and they support local wildlife.
• Water Wisely: Water deeply and infrequently to encourage deep root growth. Avoid overhead watering to reduce disease. Adjust frequency based on
  

  🌱 Recommended for You

  • Organic Gardening Basics
  • Best Organic Fertilizer
  • Natural Pest Control

  🎁 Bonus Unlocked

  Thanks for exploring! Download your free guide:

  Download Free PDF

  👉 Recommended Next Reads

  • How To avoid Garden Snake
  • wellness benefits of gardening-environment gardening 24/7
  • how to grow strawberries?
  • organic cotton clothing
  • Why Wheat Is Called Vegetable

  Share organic gardening tips

  • X
  • Facebook
  • Reddit
  • Tumblr
  • Pinterest
  • Mastodon

  Like this:

  Like Loading...