Product Design / Innovation
Product Design / Innovation

A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.

Collaborator : Callie Shea Christner

 A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.  Collaborator : Callie Shea Christner

A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.

Collaborator : Callie Shea Christner

 A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.  Collaborator : Callie Shea Christner

A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.

Collaborator : Callie Shea Christner

 A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.  Collaborator : Callie Shea Christner

A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.

Collaborator : Callie Shea Christner

 A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.  Collaborator : Callie Shea Christner

A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.

Collaborator : Callie Shea Christner

 A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.  Collaborator : Callie Shea Christner

A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.

Collaborator : Callie Shea Christner

 A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.  Collaborator : Callie Shea Christner

A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.

Collaborator : Callie Shea Christner

 A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.  Collaborator : Callie Shea Christner

A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.

Collaborator : Callie Shea Christner

 A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.  Collaborator : Callie Shea Christner

A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.

Collaborator : Callie Shea Christner

 A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.  Collaborator : Callie Shea Christner

A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.

Collaborator : Callie Shea Christner

Product Design / Innovation
 A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.  Collaborator : Callie Shea Christner
 A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.  Collaborator : Callie Shea Christner
 A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.  Collaborator : Callie Shea Christner
 A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.  Collaborator : Callie Shea Christner
 A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.  Collaborator : Callie Shea Christner
 A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.  Collaborator : Callie Shea Christner
 A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.  Collaborator : Callie Shea Christner
 A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.  Collaborator : Callie Shea Christner
 A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.  Collaborator : Callie Shea Christner
Product Design / Innovation

A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.

Collaborator : Callie Shea Christner

A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.

Collaborator : Callie Shea Christner

A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.

Collaborator : Callie Shea Christner

A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.

Collaborator : Callie Shea Christner

A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.

Collaborator : Callie Shea Christner

A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.

Collaborator : Callie Shea Christner

A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.

Collaborator : Callie Shea Christner

A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.

Collaborator : Callie Shea Christner

A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.

Collaborator : Callie Shea Christner

A collaborative project aimed to innovate using cotton materials, these planters are composed of cotton fiber and cement making them lightweight and absorbent. The absorbency eliminates the need for a drainage hole and serves as natural water maintenance to reduce chances of over watering.

Collaborator : Callie Shea Christner

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