Haven
Smarter Gardening for People & Wildlife
Haven
Smarter Gardening for People & Wildlife
Haven
Smarter Gardening for People & Wildlife
TYPE
Mobile App
Industry
Home & Garden
Duration
10 Weeks
Tools
Figma, Google Workspace, MS Office, ChatGPT, Claude, Otter.ai
Team/Role
UX + Product Design
TYPE
Mobile App
Industry
Home & Garden
Duration
10 Weeks
Tools
Figma, Google Workspace, MS Office, ChatGPT, Claude, Otter.ai
Team/Role
UX + Product Design
TYPE
Mobile App
Industry
Home & Garden
Duration
10 Weeks
Tools
Figma, Google Workspace, MS Office, ChatGPT, Claude, Otter.ai
Team/Role
UX + Product Design
Native gardening can feel like a puzzle—too many sources, too little support. I designed Haven to simplify the process through plant recommendations, visual planning tools, and advocacy support. The goal was to help people create ecologically meaningful spaces and feel confident doing it. Haven emphasizes clarity, community, and purpose-driven interaction.
Native gardening can feel like a puzzle—too many sources, too little support. I designed Haven to simplify the process through plant recommendations, visual planning tools, and advocacy support. The goal was to help people create ecologically meaningful spaces and feel confident doing it. Haven emphasizes clarity, community, and purpose-driven interaction.
Native gardening can feel like a puzzle—too many sources, too little support. I designed Haven to simplify the process through plant recommendations, visual planning tools, and advocacy support. The goal was to help people create ecologically meaningful spaces and feel confident doing it. Haven emphasizes clarity, community, and purpose-driven interaction.
The Outcome
Unified search, planning, and advocacy into one tool for confident native gardening.
The approach
Guided by interviews, usability testing, and synthesis of user goals.
The impact
Helped users move from uncertainty to action, with 87% completing key flows in testing.
The Outcome
Unified search, planning, and advocacy into one tool for confident native gardening.
The approach
Guided by interviews, usability testing, and synthesis of user goals.
The impact
Helped users move from uncertainty to action, with 87% completing key flows in testing.
The Outcome
Unified search, planning, and advocacy into one tool for confident native gardening.
The approach
Guided by interviews, usability testing, and synthesis of user goals.
The impact
Helped users move from uncertainty to action, with 87% completing key flows in testing.
Problem
Gardening with native plants is simple. Finding guidance isn’t.
Problem
Gardening with native plants is simple. Finding guidance isn’t.
Problem
Gardening with native plants is simple. Finding guidance isn’t.
Native gardening can restore biodiversity, combat climate change, and support pollinators—but good intentions often stall out.
Native gardening can restore biodiversity, combat climate change, and support pollinators—but good intentions often stall out.
Native gardening can feel like a puzzle—too many sources, too little support. I designed Haven to simplify the process through plant recommendations, visual planning tools, and advocacy support. The goal was to help people create ecologically meaningful spaces and feel confident doing it. Haven emphasizes clarity, community, and purpose-driven interaction.
Gardeners face fragmented resources, vague guidance, and limited retail options. Tools tend to be generic, leaving out the ecological and regional specificity that native planting requires.
Gardeners face fragmented resources, vague guidance, and limited retail options. Tools tend to be generic, leaving out the ecological and regional specificity that native planting requires.
Gardeners face fragmented resources, vague guidance, and limited retail options. Tools tend to be generic, leaving out the ecological and regional specificity that native planting requires.
As a new homeowner trying to transform my own yard, I ran into these same friction points. Haven became my response: a tool to make climate-conscious gardening easier to plan, advocate, and sustain.
As a new homeowner trying to transform my own yard, I ran into these same friction points. Haven became my response: a tool to make climate-conscious gardening easier to plan, advocate, and sustain.
As a new homeowner trying to transform my own yard, I ran into these same friction points. Haven became my response: a tool to make climate-conscious gardening easier to plan, advocate, and sustain.
Why now? Native gardening is gaining visibility in public spaces—like the High Line in NYC.
Why now? Native gardening is gaining visibility in public spaces—like the High Line in NYC.
Why now? Native gardening is gaining visibility in public spaces—like the High Line in NYC.
↑38%
Increase in household gardening spend (2023)
↑38%
Increase in household gardening spend (2023)
↑38%
Increase in household gardening spend (2023)
↑8%
Growth in native plant purchases (2020–2022)
↑8%
Growth in native plant purchases (2020–2022)
↑8%
Growth in native plant purchases (2020–2022)
$127B
Estimated size of the gardening industry (2024)
$127B
Estimated size of the gardening industry (2024)
$127B
Estimated size of the gardening industry (2024)
Discovery
People were ready to plant native, but the guidance was a mess.
Discovery
People were ready to plant native, but the guidance was a mess.
Discovery
People were ready to plant native, but the guidance was a mess.
I wanted to understand why gardening with native plants felt so difficult—even for people who were motivated to do it. To get answers, I ran a 30-person survey, conducted five interviews, and audited both gardening apps and community planning resources.
I wanted to understand why gardening with native plants felt so difficult—even for people who were motivated to do it. To get answers, I ran a 30-person survey, conducted five interviews, and audited both gardening apps and community planning resources.
Native gardening can feel like a puzzle—too many sources, too little support. I designed Haven to simplify the process through plant recommendations, visual planning tools, and advocacy support. The goal was to help people create ecologically meaningful spaces and feel confident doing it. Haven emphasizes clarity, community, and purpose-driven interaction.
I started by pulling key insights from my notes and memory, then used tools like Otter.ai and ChatGPT to review transcripts and validate what I was seeing. That process helped surface the core themes that ultimately shaped Haven’s direction.
I started by pulling key insights from my notes and memory, then used tools like Otter.ai and ChatGPT to review transcripts and validate what I was seeing. That process helped surface the core themes that ultimately shaped Haven’s direction.
Gardeners face fragmented resources, vague guidance, and limited retail options. Tools tend to be generic, leaving out the ecological and regional specificity that native planting requires.
Access & Guidance
Gardeners needed clearer recommendations and region-specific help. Most tools felt too generic, making planning feel uncertain.
Access & Guidance
Gardeners needed clearer recommendations and region-specific help. Most tools felt too generic, making planning feel uncertain.
Access & Guidance
Gardeners needed clearer recommendations and region-specific help. Most tools felt too generic, making planning feel uncertain.
Support for Advocacy
People wanted to act on climate and biodiversity—but lacked tools to share their goals or advocate effectively.
Support for Advocacy
People wanted to act on climate and biodiversity—but lacked tools to share their goals or advocate effectively.
Support for Advocacy
People wanted to act on climate and biodiversity—but lacked tools to share their goals or advocate effectively.
Purpose & Community
People wanted to act on climate and biodiversity—but lacked tools to share their goals or advocate effectively.
Purpose & Community
People wanted to act on climate and biodiversity—but lacked tools to share their goals or advocate effectively.
Purpose & Community
People wanted to act on climate and biodiversity—but lacked tools to share their goals or advocate effectively.
I want to plant more native species, but finding the right plants for my region feels like a full-time job.
I want to plant more native species, but finding the right plants for my region feels like a full-time job.
I want to plant more native species, but finding the right plants for my region feels like a full-time job.
Synthesis & Strategy
To translate insights into action, I scanned the competitive landscape, reframed core problems as “How might we…” prompts, and built a persona to center the experience around real user goals.
Synthesis & Strategy
To translate insights into action, I scanned the competitive landscape, reframed core problems as “How might we…” prompts, and built a persona to center the experience around real user goals.
Synthesis & Strategy
To translate insights into action, I scanned the competitive landscape, reframed core problems as “How might we…” prompts, and built a persona to center the experience around real user goals.
Competitive Landscape
Audit revealed a gap in advocacy and habitat features—positioning Haven for ecological action.
Opportunity Framing
Synthesized user feedback into “How might we…” prompts that clarified unmet needs and goals.
User Persona: Nancy, The Naturalist
Represents motivated but overwhelmed gardeners—anchoring decisions in education, guidance, and connection.
Competitive Landscape
Audit revealed a gap in advocacy and habitat features—positioning Haven for ecological action.
Opportunity Framing
Synthesized user feedback into “How might we…” prompts that clarified unmet needs and goals.
User Persona: Nancy, The Naturalist
Represents motivated but overwhelmed gardeners—anchoring decisions in education, guidance, and connection.
Competitive Landscape
Audit revealed a gap in advocacy and habitat features—positioning Haven for ecological action.
Opportunity Framing
Synthesized user feedback into “How might we…” prompts that clarified unmet needs and goals.
User Persona: Nancy, The Naturalist
Represents motivated but overwhelmed gardeners—anchoring decisions in education, guidance, and connection.
Competitive Landscape
Audit revealed a gap in advocacy and habitat features—positioning Haven for ecological action.
Opportunity Framing
Synthesized user feedback into “How might we…” prompts that clarified unmet needs and goals.
User Persona: Nancy, The Naturalist
Represents motivated but overwhelmed gardeners—anchoring decisions in education, guidance, and connection.
Competitive Landscape
Audit revealed a gap in advocacy and habitat features—positioning Haven for ecological action.
Opportunity Framing
Synthesized user feedback into “How might we…” prompts that clarified unmet needs and goals.
User Persona: Nancy, The Naturalist
Represents motivated but overwhelmed gardeners—anchoring decisions in education, guidance, and connection.
Competitive Landscape
Audit revealed a gap in advocacy and habitat features—positioning Haven for ecological action.
Opportunity Framing
Synthesized user feedback into “How might we…” prompts that clarified unmet needs and goals.
User Persona: Nancy, The Naturalist
Represents motivated but overwhelmed gardeners—anchoring decisions in education, guidance, and connection.
Competitive Landscape
Audit revealed a gap in advocacy and habitat features—positioning Haven for ecological action.
Opportunity Framing
Synthesized user feedback into “How might we…” prompts that clarified unmet needs and goals.
User Persona: Nancy, The Naturalist
Represents motivated but overwhelmed gardeners—anchoring decisions in education, guidance, and connection.
Competitive Landscape
Audit revealed a gap in advocacy and habitat features—positioning Haven for ecological action.
Opportunity Framing
Synthesized user feedback into “How might we…” prompts that clarified unmet needs and goals.
User Persona: Nancy, The Naturalist
Represents motivated but overwhelmed gardeners—anchoring decisions in education, guidance, and connection.
Together, these insights and tools clarified where Haven could make the biggest impact—turning ecological intent into confident action.
Together, these insights and tools clarified where Haven could make the biggest impact—turning ecological intent into confident action.
Together, these insights and tools clarified where Haven could make the biggest impact—turning ecological intent into confident action.
Solutions
Designing for Confidence & Ecological Action
Solutions
Designing for Confidence & Ecological Action
Solutions
Designing for Confidence & Ecological Action
To define scope and structure, I began with a 2x2 matrix to prioritize features that balanced ecological value with user impact. From there, I mapped the product’s architecture and user flows—guided by research themes like clarity, advocacy, and planning support.
To define scope and structure, I began with a 2x2 matrix to prioritize features that balanced ecological value with user impact. From there, I mapped the product’s architecture and user flows—guided by research themes like clarity, advocacy, and planning support.
To define scope and structure, I began with a 2x2 matrix to prioritize features that balanced ecological value with user impact. From there, I mapped the product’s architecture and user flows—guided by research themes like clarity, advocacy, and planning support.
2x2 Prioritization
Features were mapped by user need and ecological value to shape a purposeful MVP.
Information Architecture
Organized around four core tasks: search, plan, advocate, and connect.
User Flow
Nancy’s ideal journey emphasized simplicity, timely support, and confidence in task completion.
2x2 Prioritization
Features were mapped by user need and ecological value to shape a purposeful MVP.
Information Architecture
Organized around four core tasks: search, plan, advocate, and connect.
User Flow
Nancy’s ideal journey emphasized simplicity, timely support, and confidence in task completion.
2x2 Prioritization
Features were mapped by user need and ecological value to shape a purposeful MVP.
Information Architecture
Organized around four core tasks: search, plan, advocate, and connect.
User Flow
Nancy’s ideal journey emphasized simplicity, timely support, and confidence in task completion.
2x2 Prioritization
Features were mapped by user need and ecological value to shape a purposeful MVP.
Information Architecture
Organized around four core tasks: search, plan, advocate, and connect.
User Flow
Nancy’s ideal journey emphasized simplicity, timely support, and confidence in task completion.
2x2 Prioritization
Features were mapped by user need and ecological value to shape a purposeful MVP.
Information Architecture
Organized around four core tasks: search, plan, advocate, and connect.
User Flow
Nancy’s ideal journey emphasized simplicity, timely support, and confidence in task completion.
2x2 Prioritization
Features were mapped by user need and ecological value to shape a purposeful MVP.
Information Architecture
Organized around four core tasks: search, plan, advocate, and connect.
User Flow
Nancy’s ideal journey emphasized simplicity, timely support, and confidence in task completion.
2x2 Prioritization
Features were mapped by user need and ecological value to shape a purposeful MVP.
Information Architecture
Organized around four core tasks: search, plan, advocate, and connect.
User Flow
Nancy’s ideal journey emphasized simplicity, timely support, and confidence in task completion.
2x2 Prioritization
Features were mapped by user need and ecological value to shape a purposeful MVP.
Information Architecture
Organized around four core tasks: search, plan, advocate, and connect.
User Flow
Nancy’s ideal journey emphasized simplicity, timely support, and confidence in task completion.
Core Features
With structure in place, I mapped Haven’s core features to what mattered most to users: finding native plants, connecting with others, and organizing their gardens. The navigation framework reflected this—anchoring the experience in real goals, not just app screens.
Core Features
With structure in place, I mapped Haven’s core features to what mattered most to users: finding native plants, connecting with others, and organizing their gardens. The navigation framework reflected this—anchoring the experience in real goals, not just app screens.
Core Features
With structure in place, I mapped Haven’s core features to what mattered most to users: finding native plants, connecting with others, and organizing their gardens. The navigation framework reflected this—anchoring the experience in real goals, not just app screens.
Find Native Plants
Enables quick plant ID via camera, with browsing organized by clear, science-based categories.
Find Native Plants
Enables quick plant ID via camera, with browsing organized by clear, science-based categories.
Find Native Plants
Enables quick plant ID via camera, with browsing organized by clear, science-based categories.
Connect with the Community
A social layer that invites gardeners to share, learn, and advocate together.
Connect with the Community
A social layer that invites gardeners to share, learn, and advocate together.
Connect with the Community
A social layer that invites gardeners to share, learn, and advocate together.
Organize and Plan
A visual toolkit to help users design meaningful gardens that grow over time.
Organize and Plan
A visual toolkit to help users design meaningful gardens that grow over time.
Organize and Plan
A visual toolkit to help users design meaningful gardens that grow over time.
Testing & Iterations
Evolving the Design Through Usability Feedback
Testing & Iterations
Evolving the Design Through Usability Feedback
Testing & Iterations
Evolving the Design Through Usability Feedback
This phase of the project focused on translating early ideas into testable interfaces. As concepts evolved, I used usability feedback to refine structure, streamline flows, and improve clarity across key interactions.
This phase of the project focused on translating early ideas into testable interfaces. As concepts evolved, I used usability feedback to refine structure, streamline flows, and improve clarity across key interactions.
This phase of the project focused on translating early ideas into testable interfaces. As concepts evolved, I used usability feedback to refine structure, streamline flows, and improve clarity across key interactions.
Sketching Early
Initial sketches explored navigation and core tasks like plant search, planning, and advocacy—helping define key flows and tab structure.
Mid-Fidelity Wireframes
Wireframes helped validate core flows—from search to social engagement—and surfaced opportunities to improve clarity, labels, and wayfinding.
Label Refinement
User testing revealed mismatches between interface terms and mental models. I revised language and navigation to reduce friction and increase confidence.
Simplified Filtering
Grouping filters into expandable categories reduced cognitive load—helping users browse more fluidly and avoid dead ends.
Sketching Early
Initial sketches explored navigation and core tasks like plant search, planning, and advocacy—helping define key flows and tab structure.
Mid-Fidelity Wireframes
Wireframes helped validate core flows—from search to social engagement—and surfaced opportunities to improve clarity, labels, and wayfinding.
Label Refinement
User testing revealed mismatches between interface terms and mental models. I revised language and navigation to reduce friction and increase confidence.
Simplified Filtering
Grouping filters into expandable categories reduced cognitive load—helping users browse more fluidly and avoid dead ends.
Sketching Early
Initial sketches explored navigation and core tasks like plant search, planning, and advocacy—helping define key flows and tab structure.
Mid-Fidelity Wireframes
Wireframes helped validate core flows—from search to social engagement—and surfaced opportunities to improve clarity, labels, and wayfinding.
Label Refinement
User testing revealed mismatches between interface terms and mental models. I revised language and navigation to reduce friction and increase confidence.
Simplified Filtering
Grouping filters into expandable categories reduced cognitive load—helping users browse more fluidly and avoid dead ends.
Sketching Early
Initial sketches explored navigation and core tasks like plant search, planning, and advocacy—helping define key flows and tab structure.
Mid-Fidelity Wireframes
Wireframes helped validate core flows—from search to social engagement—and surfaced opportunities to improve clarity, labels, and wayfinding.
Label Refinement
User testing revealed mismatches between interface terms and mental models. I revised language and navigation to reduce friction and increase confidence.
Simplified Filtering
Grouping filters into expandable categories reduced cognitive load—helping users browse more fluidly and avoid dead ends.
Sketching Early
Initial sketches explored navigation and core tasks like plant search, planning, and advocacy—helping define key flows and tab structure.
Mid-Fidelity Wireframes
Wireframes helped validate core flows—from search to social engagement—and surfaced opportunities to improve clarity, labels, and wayfinding.
Label Refinement
User testing revealed mismatches between interface terms and mental models. I revised language and navigation to reduce friction and increase confidence.
Simplified Filtering
Grouping filters into expandable categories reduced cognitive load—helping users browse more fluidly and avoid dead ends.
Sketching Early
Initial sketches explored navigation and core tasks like plant search, planning, and advocacy—helping define key flows and tab structure.
Mid-Fidelity Wireframes
Wireframes helped validate core flows—from search to social engagement—and surfaced opportunities to improve clarity, labels, and wayfinding.
Label Refinement
User testing revealed mismatches between interface terms and mental models. I revised language and navigation to reduce friction and increase confidence.
Simplified Filtering
Grouping filters into expandable categories reduced cognitive load—helping users browse more fluidly and avoid dead ends.
Sketching Early
Initial sketches explored navigation and core tasks like plant search, planning, and advocacy—helping define key flows and tab structure.
Mid-Fidelity Wireframes
Wireframes helped validate core flows—from search to social engagement—and surfaced opportunities to improve clarity, labels, and wayfinding.
Label Refinement
User testing revealed mismatches between interface terms and mental models. I revised language and navigation to reduce friction and increase confidence.
Simplified Filtering
Grouping filters into expandable categories reduced cognitive load—helping users browse more fluidly and avoid dead ends.
Sketching Early
Initial sketches explored navigation and core tasks like plant search, planning, and advocacy—helping define key flows and tab structure.
Mid-Fidelity Wireframes
Wireframes helped validate core flows—from search to social engagement—and surfaced opportunities to improve clarity, labels, and wayfinding.
Label Refinement
User testing revealed mismatches between interface terms and mental models. I revised language and navigation to reduce friction and increase confidence.
Simplified Filtering
Grouping filters into expandable categories reduced cognitive load—helping users browse more fluidly and avoid dead ends.
Reflection
What Haven Proved & Where It Could Go
Reflection
What Haven Proved & Where It Could Go
Reflection
What Haven Proved & Where It Could Go
Testing showed that Haven filled a critical gap in native gardening tools by uniting advocacy, education, and ecological planning in one experience.
Testing showed that Haven filled a critical gap in native gardening tools by uniting advocacy, education, and ecological planning in one experience.
Testing showed that Haven filled a critical gap in native gardening tools by uniting advocacy, education, and ecological planning in one experience.
Key Outcomes
Filling a Market Gap
Testing confirmed the value of uniting advocacy, education, and community tools in one experience—positioning Haven as a purpose-driven alternative to generic gardening platforms.
Filling a Market Gap
Testing confirmed the value of uniting advocacy, education, and community tools in one experience—positioning Haven as a purpose-driven alternative to generic gardening platforms.
Filling a Market Gap
Testing confirmed the value of uniting advocacy, education, and community tools in one experience—positioning Haven as a purpose-driven alternative to generic gardening platforms.
Proven Usability
Two rounds of usability testing validated Haven’s intuitive structure and task flow. By the second round, the app achieved an 87% success rate in key workflows, with users responding to the tone, clarity, and helpfulness of its features.
Proven Usability
Two rounds of usability testing validated Haven’s intuitive structure and task flow. By the second round, the app achieved an 87% success rate in key workflows, with users responding to the tone, clarity, and helpfulness of its features.
Proven Usability
Two rounds of usability testing validated Haven’s intuitive structure and task flow. By the second round, the app achieved an 87% success rate in key workflows, with users responding to the tone, clarity, and helpfulness of its features.
Scalable Design
Haven’s modular structure supports flexible growth by enabling connections with researchers, community advocates, and real-time
Scalable Design
Haven’s modular structure supports flexible growth by enabling connections with researchers, community advocates, and real-time
Scalable Design
Haven’s modular structure supports flexible growth by enabling connections with researchers, community advocates, and real-time
Key Flows: From Planning to Planting
These flows show how research and testing shaped Haven’s final design, highlighting interactions across planning, discovery, and advocacy.
Key Flows: From Planning to Planting
These flows show how research and testing shaped Haven’s final design, highlighting interactions across planning, discovery, and advocacy.
Key Flows: From Planning to Planting
These flows show how research and testing shaped Haven’s final design, highlighting interactions across planning, discovery, and advocacy.
Search & Save Plants
Find native plants and save them into personalized collections for future planning.
Explore Plant Details
See how each plant supports habitat, biodiversity, and ecological goals.
Use the Camera ID Tool
Use your camera to identify plants and understand what belongs in a native garden.
Plan a Garden
Organize your collection into a simple, regionally informed layout.
Advocate with Confidence
Access shareable templates and talking points for outreach.
Search & Save Plants
Find native plants and save them into personalized collections for future planning.
Explore Plant Details
See how each plant supports habitat, biodiversity, and ecological goals.
Use the Camera ID Tool
Use your camera to identify plants and understand what belongs in a native garden.
Plan a Garden
Organize your collection into a simple, regionally informed layout.
Advocate with Confidence
Access shareable templates and talking points for outreach.
Search & Save Plants
Find native plants and save them into personalized collections for future planning.
Explore Plant Details
See how each plant supports habitat, biodiversity, and ecological goals.
Use the Camera ID Tool
Use your camera to identify plants and understand what belongs in a native garden.
Plan a Garden
Organize your collection into a simple, regionally informed layout.
Advocate with Confidence
Access shareable templates and talking points for outreach.
Search & Save Plants
Find native plants and save them into personalized collections for future planning.
Explore Plant Details
See how each plant supports habitat, biodiversity, and ecological goals.
Use the Camera ID Tool
Use your camera to identify plants and understand what belongs in a native garden.
Plan a Garden
Organize your collection into a simple, regionally informed layout.
Advocate with Confidence
Access shareable templates and talking points for outreach.
Search & Save Plants
Find native plants and save them into personalized collections for future planning.
Explore Plant Details
See how each plant supports habitat, biodiversity, and ecological goals.
Use the Camera ID Tool
Use your camera to identify plants and understand what belongs in a native garden.
Plan a Garden
Organize your collection into a simple, regionally informed layout.
Advocate with Confidence
Access shareable templates and talking points for outreach.
Search & Save Plants
Find native plants and save them into personalized collections for future planning.
Explore Plant Details
See how each plant supports habitat, biodiversity, and ecological goals.
Use the Camera ID Tool
Use your camera to identify plants and understand what belongs in a native garden.
Plan a Garden
Organize your collection into a simple, regionally informed layout.
Advocate with Confidence
Access shareable templates and talking points for outreach.
Search & Save Plants
Find native plants and save them into personalized collections for future planning.
Explore Plant Details
See how each plant supports habitat, biodiversity, and ecological goals.
Use the Camera ID Tool
Use your camera to identify plants and understand what belongs in a native garden.
Plan a Garden
Organize your collection into a simple, regionally informed layout.
Advocate with Confidence
Access shareable templates and talking points for outreach.
Search & Save Plants
Find native plants and save them into personalized collections for future planning.
Explore Plant Details
See how each plant supports habitat, biodiversity, and ecological goals.
Use the Camera ID Tool
Use your camera to identify plants and understand what belongs in a native garden.
Plan a Garden
Organize your collection into a simple, regionally informed layout.
Advocate with Confidence
Access shareable templates and talking points for outreach.
Where Haven Could Grow From Here
Haven’s modular design system is built to scale. Future versions could integrate real-time plant data, citizen science contributions, and community tools that connect gardeners with conservationists and each other.
Where Haven Could Grow From Here
Haven’s modular design system is built to scale. Future versions could integrate real-time plant data, citizen science contributions, and community tools that connect gardeners with conservationists and each other.
Where Haven Could Grow From Here
Haven’s modular design system is built to scale. Future versions could integrate real-time plant data, citizen science contributions, and community tools that connect gardeners with conservationists and each other.
These additions would help Haven evolve into a living platform for ecological change, bridging individual action with shared purpose.
These additions would help Haven evolve into a living platform for ecological change, bridging individual action with shared purpose.
These additions would help Haven evolve into a living platform for ecological change, bridging individual action with shared purpose.
Mission & Vision
Haven’s mission is to empower gardeners with accessible, science-based tools that simplify native plant selection, planning, and care. The vision is a future where every garden enriches nature and fosters environmental stewardship.
Mission & Vision
Haven’s mission is to empower gardeners with accessible, science-based tools that simplify native plant selection, planning, and care. The vision is a future where every garden enriches nature and fosters environmental stewardship.
Mission & Vision
Haven’s mission is to empower gardeners with accessible, science-based tools that simplify native plant selection, planning, and care. The vision is a future where every garden enriches nature and fosters environmental stewardship.
