Work > Figures

2014-15
archival ink-jet prints
24 x 30" each

Figure 1-1a. Loc. 40 34'11.856"N,
73 59'1.0998"W

Figure 1-1a. Loc. 40 34'11.856"N,
73 59'1.0998"W

Figure 4-1a. Loc. 40 66'19.14"N, 73 23'5.335"W.

Figure 4-1a. Loc. 40 66'19.14"N, 73 23'5.335"W.

Figure 8-1a. 79 21’19.9152”N,15 40’38.9640”E.
Plesiosauria arcticem
This warm blooded reptilian giant was spotted at the glacialis arcus point after the advent of the polar wasteland.

Figure 8-1a. 79 21’19.9152”N,15 40’38.9640”E.
Plesiosauria arcticem
This warm blooded reptilian giant was spotted at the glacialis arcus point after the advent of the polar wasteland.

Figure 5-1a. 41 16’40.1016”N, 111 36’16.6104”W.
Catostylus oblitum
Underwater sonar imaging detects a behavioral tactic known as the triad formation used for hunting zooplankton.

Figure 5-1a. 41 16’40.1016”N, 111 36’16.6104”W.
Catostylus oblitum
Underwater sonar imaging detects a behavioral tactic known as the triad formation used for hunting zooplankton.

Figure 7-1a. 28 37'23.1744”N,49 57'17.4024”E. Nesosilicate tetrahedra
Remnants of crystal structures in the sediment signify an ancient aquatic oasis after the period of glacial desertification. Related to Tenham meteorites.

Figure 7-1a. 28 37'23.1744”N,49 57'17.4024”E. Nesosilicate tetrahedra
Remnants of crystal structures in the sediment signify an ancient aquatic oasis after the period of glacial desertification. Related to Tenham meteorites.

9-1a. 36 20'30.0408”N,110 6'37.7064”W.
Cretoxyhrina donatelli
Light does not penetrate depths of the interior seaway.

9-1a. 36 20'30.0408”N,110 6'37.7064”W.
Cretoxyhrina donatelli
Light does not penetrate depths of the interior seaway.

Figure 6-1a. 43 9'54.4428”N,109 35'19.0428”W.
Heliobatis undine
Once inhabiting rift zones, these organisms scour for unturned silt after recognizing the smallest vibration of tectonic plate movement.

Figure 6-1a. 43 9'54.4428”N,109 35'19.0428”W.
Heliobatis undine
Once inhabiting rift zones, these organisms scour for unturned silt after recognizing the smallest vibration of tectonic plate movement.

10-1a. 5 25'50.7684”N,101 19'31.9116”E. Phareodus aureus
The Green River fish breeches the water to catch its prey.

10-1a. 5 25'50.7684”N,101 19'31.9116”E. Phareodus aureus
The Green River fish breeches the water to catch its prey.

Figure 2-1a. Loc. 40 34'15.15"N,
73 58'58.223"W

Figure 2-1a. Loc. 40 34'15.15"N,
73 58'58.223"W

Figure 3-1a. Loc. 40 34'14.0808"N,
73 58'55.5024"W

Figure 3-1a. Loc. 40 34'14.0808"N,
73 58'55.5024"W