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Lake Champlain

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Lake Champlain

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Amazon
Area: 5888268 km2
Countries:
Brazil; Peru; Suriname; France; Colombia; Guyana; Bolivia; Venezuela; Ecuador
Cities:
Santa Cruz; Manaus; La Paz
PFAF ID:
HydroBasin Level:
Baseline Water Stress:
Water Quality Stress:
Sanitation Access Stress:
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Quick Info

Countries: United States of America
Basins: --
Project SDGs:
Includes Sustainable Development Goals from the project and its locations.
Protect and Restore Ecosystems (SDG 6.6)
Project Tags:
Includes tags from the project and its locations.
Nature-Based Solutions
Conservation Agriculture/Agronomy
Progress to Date: 29,852 Trees planted Trees planted
Services Needed: Other
Stakeholder engagement & facilitation
Desired Partner: Other
Language: English
Start & End Dates: Apr. 01, 2016  »  Ongoing
Project Website: www.purprojet.com/project/lake-champlain
Contextual Condition(s): PHYSICAL: Ecosystem vulnerability or degradation
Additional Benefits: Raised awareness of challenges among water users
Beneficiaries: Ecosystems
Planning & Implementation Time: More than 3 years
Project Challenges: Other
Project Source: User
Profile Completion: 90%

Project Overview

Creates in 2016 this project aims at:

  • Establish riparian zone areas around dairy and farm fields to reduce nutrient runoff into streams
  • Support farm livelihoods through shelterbelt, eco-buffers, orchard, and windbreak tree planting
  • Reduced the amount of phosphorus runoff and subsequent algae blooms in Lake Champlain

“The monitoring set up by PUR Projet allowed us to follow the survival of the trees and gave us a lot of information on the vegetative competition, which we ha…

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Creates in 2016 this project aims at:

  • Establish riparian zone areas around dairy and farm fields to reduce nutrient runoff into streams
  • Support farm livelihoods through shelterbelt, eco-buffers, orchard, and windbreak tree planting
  • Reduced the amount of phosphorus runoff and subsequent algae blooms in Lake Champlain

“The monitoring set up by PUR Projet allowed us to follow the survival of the trees and gave us a lot of information on the vegetative competition, which we had not realized was an obstacle to the establishment of trees on sites where thick grasses (invasive) or goldenrod (slightly allelopathic) grow. The project is designed in a holistic way, to move from a degraded site to a restored riparian buffer zone”. – Hillary Solomon, WNCPD

CONTEXT

Phosphorus is one of the nutrient pollutants found in runoff and the greatest threat to clean water in Lake Champlain. It mainly comes from farm runoff, fertilizers from lawns, sediments from eroded river banks, wastewaters and overflows. Too much phosphorus and other nutirents like nitrogen pollution stimulates excessive growth of algae. It can turn Lake Champlain water green, and even be toxic to pets and people. Local stakeholders are very concerned and focusing attention and resources to stabilize the lake. They need to reduce phosphorous levels by 50-60%.

Basin and/or Contextual Conditions: PHYSICAL: Ecosystem vulnerability or degradation
Project Benefits: Raised awareness of challenges among water users
Indirect or Direct Beneficiaries: Ecosystems
Months & Implementing: More than 3 years
Challenges: Other

Project Narrative

PARTICIPANTS Participating farmers are small, primarily dairy farms. The acreage size area varies, but in most cases the area to be planted is 1-3 acres (0.5-1.5 ha). Most are conventional farms, not organic. Integrating trees will help to manage sustainably the farm activities. BENEFITS Through riparian zone restoration, nutrient runoff can be reduced as trees intercept and take up excess nutrients as well as stabalize stream banks preventing soil and nutrient loss into waterways. We have been working with our local partners to plant buffers of at least 15 meters between agriculture fields and cattle grazing areas to combat nutrient runoff into the lake Champlain Watershed.The project therefore has 3 main goals: Restore Riparian Areas: Plant trees in riparian buffers & windbreaks to reduce flooding and water runoffProvide shade on the waterways, lowering the temperatures, benefiting the trout populationAdd trees who can naturally help to absorb and reduce nitrates and sulphates in the water Integration of tree in farms: Plant several species of trees adapted to the local agricultural systems to increase ecosystem services from trees to farmers: soil enrichment (reducing the needs for fertilizers), micro-climate to face droughts, shade for animals, protection to strong winds and storms…Diversify revenues and enhance local production: sugar maple, apples, nuts, berries… Education and Awareness: Build awareness on sustainable agricultural practices and water protectionTrain farmers on the techniques and benefits of integrating trees in and around farms

Partner Organizations


We develop agroforestry projects within the supply chains of companies (Insetting) and value water benefits, among others. We develop as well a Trees4Water valuation tool that we would like to share with your platform. WE REGENERATE ECOSYSTEMS TO IMPROVE LIVELIHOODS … Learn More

Tristan Lecomte
Primary Contact  

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