WORK IN PROGRESS

the process of collecting and scanning

The artist behind the scanner art photography is in the midst of a creative project inspired by the abundance of spring flowers.

Marzia gathers various plants and captures their images using a flatbed scanner to produce unique and intricate pieces of art.

The artist is constantly exploring the intersection between nature, creativity, and technology, and is excited to share their progress with the world.

As the project progresses, Marzia documents her journey and shares it with her audience on a dedicated web page.

This page in fact was regularly updated with new content, showcasing the artist's process and highlighting the beauty of nature captured through scanner photography.

In the spirit of collaboration and support, the artist extends their gratitude to Muti Collective for their special support throughout the project. The final art pieces are NFTs minted in the Muti MintabaseStore, offering a unique opportunity for collectors to own a piece of the artist's innovative work.

#1 Collecting

Bougainvillea is a beautiful and vibrant flowering plant that can be found in Ericeira, Portugal. The plant is known for its striking pink or purple flowers that bloom throughout the year, making it a popular choice for gardens and landscaping.

In Ericeira, several flowers and plants can be found climbing up walls, cascading down trellises, and spilling out of pots and hanging baskets. Their vibrant colors and flowing, almost whimsical appearance add a touch of charm and beauty to the town's already picturesque landscape.

The Peneda-Gerês National Park, located in the north of Portugal, is a stunning natural landscape home to a wide variety of flora and fauna. The park's diverse range of habitats, including woodlands, mountains, and rivers, make it an ideal location for a wide variety of flowers to flourish.

In addition to the trees, the forested areas of the park are also home to a wide range of understory plants, including shrubs, ferns, and wildflowers. The forested areas of the park are an important part of the park's ecology and provide a beautiful and peaceful setting for visitors to enjoy.

The Peneda-Gerês National Park in Portugal is home to a diverse range of beautiful and unique flowers. The park's flora is characterized by a mix of Mediterranean and Atlantic vegetation, resulting in a rich variety of plant species.

The Dedaleira is a fascinating and beautiful plant with a rich history and a complex relationship with humans. While it is toxic and should be treated with caution, its beauty and medicinal properties have made it an important plant throughout history.

The Meadow buttercup (Ranunculus acris) is a common wildflower found throughout Europe and North America. It is a perennial plant that typically grows to be between 20-80cm tall, with bright yellow flowers that bloom from May to September. The Meadow buttercup's flowers have five shiny petals and are surrounded by green, glossy leaves that are deeply divided into three lobes. The plant prefers moist soils and can be found in meadows, pastures, and along roadsides. Despite its beauty, the Meadow buttercup is toxic to both humans and livestock, containing a poisonous chemical called ranunculin.

One of the most common flowers found in the Peneda-Gerês National Park is the Dedaleira. It has been used in folklore and mythology. In Celtic mythology, the plant was associated with fairies and was believed to have magical properties. It was also believed that if a person touched the plant, they would be transported to the fairy realm.

Calendula, also known as pot marigold, is a beautiful and versatile flower that belongs to the daisy family. Calendula has long been used for its medicinal properties, and is often used in natural remedies for skin irritations, wounds, and inflammation. The petals are edible and can be added to salads and other dishes for color and flavor.

The Dedaleira, or Foxglove, is a striking plant with tall spikes of bell-shaped flowers that come in shades of pink, purple, white, and yellow. It is a biennial plant, meaning it takes two years to complete its life cycle. In the first year, it produces a rosette of leaves close to the ground, and in the second year, it sends up its tall flower spikes.

The Dedaleira is native to Europe but has been introduced to many other parts of the world. It grows best in damp, shady areas, such as woodland clearings, hedgerows, and along stream banks. The plant can grow up to 6 feet tall, and its flowers can be up to 2 inches long.

The Peneda-Gerês National Park is known for its diverse and extensive forested areas, covering approximately 70% of the park's total area. The forested areas are mainly composed of deciduous and evergreen trees, with a mix of Mediterranean and Atlantic vegetation.

One of the most common trees found in the park is the oak tree, including species such as the common oak and the Portuguese oak. These trees can grow up to 25 meters tall and provide important habitats for a wide range of wildlife.

#2 Scanning

Scanning flowers on a scanner is a unique way of capturing their beauty and intricacy in detail.

By scanning these flowers, one can create a digital image that captures every detail of their beauty, from the gentle curves of their petals to the subtle shading of their colors. These images can be used for a variety of purposes, from creating art prints to studying the anatomy of plants.

Once the flowers are in position, the scanning software can be used to capture a high-resolution image of the flowers. This image can reveal intricate details that might not be visible to the naked eye, such as the delicate veins of a leaf or the subtle variations in color and texture of a petal.

Scanning flowers is a unique and innovative way of capturing their beauty and revealing the intricate details of the natural world. It allows us to appreciate the delicate beauty of flowers in a whole new way and provides us with a deeper understanding of the wonders of nature.

When using a high definition scanner software, users can adjust various settings such as color depth, contrast, brightness, and saturation to achieve the desired results. The software will also often include advanced features such as dust removal, image cropping, and color correction to further enhance the quality of the scanned image.

Scanner software is an essential tool for anyone looking to produce high-quality, detailed scans of images and documents. It allows for precise and accurate image reproduction, making it a must-have for professionals in the fields of art, design, and photography.

the slow movement of the scanner at 800 dpi, combined with the open lid and black background, creates a unique and creative approach to scanning that can produce stunning, high definition images with a depth and light effect that adds an artistic touch.

Anything that comes in contact with the scanner during the scanning process will be captured in the resulting image. This includes not only the object being scanned, but also any dust, fingerprints, or other debris that may be on the scanner bed or lid.

As the scanner moves across the object, it captures not only the object itself but also anything in its path. This can be both a positive and a negative aspect of scanning. On the one hand, it can capture details and textures that might otherwise be missed, creating a more complete and detailed image. On the other hand, it can also capture unwanted elements, such as scratches or dust particles, which may detract from the overall quality of the image.

To ensure the best possible results, it is important to keep the scanner bed and lid clean and free from debris, and to take care when positioning and handling the object being scanned. Additionally, some scanning software may offer tools to help remove unwanted elements from the scanned image, such as dust and scratch removal filters.

The screen-shot may not accurately reflect the final output of the scanogram, as adjustments or corrections may be made during the scanning process.

Observing the outcome of a scanogram for a foxglove flower.

WORK IN PROGRESS

the process of collecting and scanning

#1 Collecting

#2 Scanning

#3 Observing