please share my link or contribute $2
Here are the trees that look great and don’t affect foundations, sidewalks or asphalt
demand landscaping and lawn reduction that actually increases your property value by 20%. So you $400,000 is now worth $480,000 after you spend a couple of thousand on landscaping. Win win people.
When selecting trees for urban and suburban reforestation that won’t damage infrastructure like basements, sidewalks, and asphalt, it’s crucial to choose species with deep, non-invasive roots. Here are some trees that capture carbon effectively while posing minimal risk to infrastructure:
### 1. **Ginkgo (Ginkgo biloba)**
- **Root system**: Deep and non-invasive.
- **Benefits**: Highly resilient, good carbon capture, and very low maintenance. Ginkgos are resistant to pollution and disease, making them ideal for urban settings.
- **Growth**: Moderate growth rate with attractive fan-shaped leaves.
### 2. **Amur Maple (Acer ginnala)**
- **Root system**: Compact root system that won’t disturb nearby structures.
- **Benefits**: Amur Maples are smaller trees that can thrive in urban spaces and offer good carbon absorption. They’re also tolerant of different soil types.
- **Growth**: Fast-growing, ideal for smaller spaces, and adds seasonal color.
### 3. **Serviceberry (Amelanchier spp.)**
- **Root system**: Non-invasive, fine roots that won’t damage sidewalks or foundations.
- **Benefits**: Serviceberries are excellent for carbon capture and are low-maintenance. They also provide beautiful flowers and berries that support wildlife.
- **Growth**: Moderate growth rate and can be shaped into either a shrub or small tree.
### 4. **Japanese Tree Lilac (Syringa reticulata)**
- **Root system**: Compact, non-invasive roots that won’t damage infrastructure.
- **Benefits**: It’s a small to medium tree with fragrant white flowers in summer, excellent for urban areas, and tolerates pollution.
- **Growth**: Moderate growth with a well-formed canopy that doesn’t require much space.
### 5. **Hackberry (Celtis occidentalis)**
- **Root system**: Strong, deep roots that are non-invasive and won’t lift sidewalks or damage foundations.
- **Benefits**: Hackberry trees are hardy, tolerate urban pollution, and are good at carbon sequestration.
- **Growth**: Moderate to fast-growing and drought-tolerant once established.
### 6. **Honeylocust (Gleditsia triacanthos inermis)**
- **Root system**: Non-invasive, deep roots that spread wide but won’t damage hardscapes.
- **Benefits**: Honeylocust trees provide excellent shade and are drought-tolerant, making them ideal for reducing heat islands in urban areas.
- **Growth**: Fast-growing with delicate, fern-like leaves that don’t cast heavy shade, allowing other plants to thrive beneath.
### 7. **Dawn Redwood (Metasequoia glyptostroboides)**
- **Root system**: Deep-rooted and non-invasive.
- **Benefits**: A very fast-growing tree that captures large amounts of carbon and is highly resilient in urban environments.
- **Growth**: Can grow quite tall but is well-suited to parks and larger urban areas, where it can thrive without disturbing infrastructure.
### 8. **Eastern Redbud (Cercis canadensis)**
- **Root system**: Compact and non-invasive.
- **Benefits**: Eastern Redbuds are beautiful, smaller trees with heart-shaped leaves and pink flowers. They are excellent for small yards or lining streets.
- **Growth**: Moderate growth rate, tolerates a wide range of conditions, and fits well in tight spaces.
### 9. **Silver Linden (Tilia tomentosa)**
- **Root system**: Deep, taproot system, unlikely to disrupt sidewalks or streets.
- **Benefits**: Good for shade and carbon capture, and tolerant of urban pollution.
- **Growth**: Moderate to fast-growing, with dense foliage that provides excellent cooling for urban spaces.
### 10. **Katsura Tree (Cercidiphyllum japonicum)**
- **Root system**: Non-invasive roots that spread wide but not deep, making them unlikely to damage sidewalks or foundations.
- **Benefits**: The Katsura tree is known for its beautiful fall colors and relatively fast growth. It absorbs carbon well and is good for ornamental use in urban landscapes.
- **Growth**: Moderate growth rate, ideal for both urban and suburban areas.
### General Tips for Tree Selection:
- **Spacing**: Ensure trees are planted with enough space between them and hardscapes like sidewalks and foundations to prevent any possible root issues.
- **Planting Depth**: Plant trees at an appropriate depth to encourage deep rooting, reducing the likelihood of surface root spread.
- **Regular Pruning**: Regular pruning and root maintenance can also help prevent infrastructure damage.
By choosing trees with deep or compact root systems, you can enjoy the benefits of carbon sequestration without risking damage to infrastructure. Trees like Ginkgo, Serviceberry, and Honeylocust are not only excellent carbon capturers but also non-invasive, making them perfect for urban and suburban areas. Reforestation in these environments can make a significant impact on carbon capture while preserving the integrity of local infrastructure.https://www.change.org/ClimateChangeIsOver