The Venus flytrap is both heterotrophic and autotrophic.
An example is the Venus Fly Trap.
Rafflesia is an autotrophic plant that exhibits a heterotrophic mode of nutrition by parasitizing on the roots of other plants. Cuscuta, also known as dodder, is another autotrophic plant that obtains nutrients by parasitizing the vascular systems of host plants.
It is a heterotroph since it can be found in the root of legume plants, and obtaining fixed carbon source (e.g.glucose) from the plant
Euglena is a protist that is capable of both autotrophic and heterotrophic nutrition. It can photosynthesize like a plant in the presence of light but can also feed on organic matter when light is not available.
A bluebonnet plant is autotrophic, meaning it can produce its own food through photosynthesis. It uses sunlight to convert carbon dioxide and water into glucose, which provides the energy it needs to grow and survive.
Some autotrophic plants like Santalum are partial root parasite to begin with and hence these plants need some host plant for early stages of their growth and development.
autotrophic mode of nutrition
Animal-like protists are autotrophic, while plant-like protists are heterotrophic.
it is the planta kingdom actually but anyway it is autotrophic mostly but i am not sure about the flytrap plants
Venus flytrap and pitcher plant are examples of autotrophic plants that also exhibit a heterotrophic mode of nutrition by capturing and digesting insects for additional nutrients in nutrient-poor environments.
They can be either heterotrophic or autotrophic. they are grouped into three categorys. Animal-like, Plant-like, and fungus-like.I got info from here:http://www.lanesville.k12.in.us/lcsyellowpages/Tickit/Carl/protists.htmlit has way more info on that site.
All plants are autotrophs, even carnivorous plants such as Venus fly traps.