jcantu217/gemma-2-7b-invasive-plant-chatbot

Description

This model provides detailed information about invasive plant species in the U.S. through a chatbot interface. Fine-tuned with LoRA on the powerful Gemma-7B language model, it was trained on a curated dataset covering questions on plant species' invasive status, ecological impacts, growth habits, and appearances at different developmental stages.

With Gemma-7B’s 7 billion parameters, the model delivers accurate, context-aware responses, offering valuable insights into invasive species and their ecological threats. It serves as a useful tool for conservationists, land managers, and nature enthusiasts seeking to better understand and manage invasive plants.

Key Features:

• Invasive Status Identification: The model distinguishes between plant species that are "native" or "exotic" (invasive) to the United States. Users can easily inquire about the invasive nature of a plant with questions like, “Is [plant name] native to the U.S.?” and receive quick, accurate feedback on the plant's origin and potential invasiveness.

• Ecological Threat Assessment: The model provides critical information about the environmental and ecological impacts of invasive species. It answers questions such as, “What ecological threats does [plant name] pose?”, offering details on how certain species disrupt ecosystems, compete with native plants, and threaten biodiversity. This feature helps users understand the broader ecological consequences of invasive species in local environments.

• Growth Habit Descriptions: Users can learn about the growth patterns of various plants, including whether they grow as vines, shrubs, trees, or other forms. For example, you can ask, “What is the growth habit of [plant name]?” and the model will provide an informative response detailing the plant's structural characteristics and common growth environments.

• Visual Characteristics Across Developmental Stages: The model is equipped to describe the appearance of plants at different stages of their life cycle, including seedling, juvenile, and mature forms. Users can ask questions like, “What does [plant name] look like in its seedling stage?”, and the model will provide visual and descriptive information to assist with identification throughout the plant's development. This feature is particularly helpful for those working in conservation or fieldwork, where identifying plants in various stages is crucial.