Fuck you!

Product Placement
Mike Driver
let's talk about Bridgerton tea, my ask is open
taylor price
$LAYYYTER

oozey mess
noise dept.
tumblr dot com
occasionally subtle
todays bird

No title available

⁂
No title available
cherry valley forever
KIROKAZE

@theartofmadeline

#extradirty
I'd rather be in outer space 🛸

❣ Chile in a Photography ❣
almost home
seen from United States
seen from United States
seen from Brazil
seen from United States

seen from Malaysia

seen from India
seen from United States
seen from United States

seen from United States

seen from France

seen from United States
seen from United States
seen from United States

seen from United States
seen from United States
seen from United States

seen from United States

seen from Malaysia
seen from United States

seen from Singapore
@4n6co
Fuck you!
Most people you talk to will tell you that if an item is wet you can not process it for latent fingerprints or if it was wet when it was grabbed you won’t get any prints off it. Let’s say you found a cold beer can at a crime scene with condensation all over it because it came out of the refrigerator into the warmer air. You have to let it dry out first to process it, right? Wrong! You can take the item or vehicle and process it while it is wet by using small particle reagent (wet print). The next thing they will tell you is once you develop a latent print with small particle reagent (wet print) you will have to let it dry before you can lift it from the surface. Wrong again! You can lift the latent fingerprint while it is still wet. If you look at the small particle reagent (wet print) print after you have developed and rinsed it with water, you will notice that in the area of the latent print the water has beaded away from the latent fingerprint. Place the lifting tape down directly onto the latent print pushing in the center then working outwards to remove the excess water. Lift the print and place on a contrasting backing card. small particle reagent (wet print) is like liquid fingerprint powder. When sprayed on the surface of non-porous wet evidence, the micro fine particles attach themselves to the latent print residues as the solution runs off the surface. The residue is sprayed with water to remove excess solution and the developed latent fingerprints can be lifted with lifting tape. Potential Uses: Processing non-porous items covered with water or snow. Developing latent prints on non-porous items that have been lightly washed. Processing items in situations where mud, dirt, or heavy dust has covered prints making them impossible to develop by conventional means. For optimum results: Always use fine, soft mist when spraying. small particle reagent (wet print) dries silver on dark objects and dark on light-colored objects and is available in white also. To use small particle reagent (wet print) on wet objects: 1) Be sure spray nozzle is in “off” position before shaking and after using to prevent leaking. 2) Shake small particle reagent (wet print) container to disperse solids. This needs to be done frequently during the spraying process because the particle reagent is heavier than the water and will settle to the bottom of the spray container. 3) Adjust spray nozzle for fine, soft spray and test the spray before applying. 4) Spray small particle reagent (wet print) onto the wet surface allowing the agent to roll down and spread over the suspected fingerprint area. It is best to start at the top and work to the bottom of the item. 5) Spray area with clear water to wash off the excess small particle reagent (wet print) to view the developed prints. 6) If needed, repeat steps 4 and 5 until print is completely developed. 7) If details in the print appear to be clogged with residual small particle reagent (wet print), spray a fine mist of clear water over the developed latent fingerprint. 8) Once prints are fully developed, photograph and either let dry or lift wet by placing the lifting tape onto the print and working from the center out. Press the tape down to remove the excess water. Place tape on backing card and again press the tape down to remove any excess water. 9) Dried print may then be re-photographed and lifted by conventional means. To use small particle reagent (wet print) on dry objects: 1) Be sure spray nozzle is in “off” position before shaking and after using to prevent leaking. 2) Shake small particle reagent (wet print) container to disperse solids. This needs to be done frequently during the spraying process because the particle reagent is heavier than the water and will settle to the bottom of the spray container. 3) Adjust spray nozzle for fine, soft spray and test the spray before applying. If item is particularly dirty, spray with a fine mist of water until all dirt washes away. Do not wipe suspected fingerprint area. 4) Proceed with processing following steps 4 through 9 that are listed above for wet objects. small particle reagent (wet print) can be purchased in both pre-mixed solution and powder that you mix.
I loved you...
Fixing to die
Discovered on TumTum ♻
Tumbled with TumTum ♻
LOL this is ironic given the question I was just asked by one of my followers. If you stage a crime scene based off what you see on CSI TV shows, you’re screwed!
Posted with TumTum ♻
Here’s a look at what those stains are trying to tell you.
1 Angular If the victim was on the move, drops hit at an angle. The more oblique the impact, the longer the drop’s tail. The head points in the direction the person was traveling.
2 High Velocity
Misty, diffuse spatter is created by external force greater than 100 feet per second — which usually means a gunshot, an explosion, or (seriously) a sneeze.
3 Hair Impact
A traumatic impact between head and surface tends to leave a stain with feathered edges, like someone squished a loaded paintbrush against the wall.
4 Hair Swipe If the smear fades out in one direction, the head was likely bloody before contact. The lightest edge of the swipe points in the direction the head was traveling.
5 Fabric Swipe More fluid than hair swipes, these stains sometimes display the imprint of the bloodied clothing. T-shirt weaves are often the easiest patterns to decipher.
Tumbled with TumTum ♻
A photo of Isabella Ruxton super-imposed with an x-ray image of her skull in the same orientation.
Whilst of little to no legal value in the Ruxton case, this image has since become closely associated with forensic science and acted as futher confirmation that Body 2 was indeed that of Isabella Ruxton.
In 1895 Dr. Eduard Piotrowski published a scientific paper entitled Concerning origin, shape, direction, and distribution of the bloodstains following head wounds caused by blows. Dr. Piotrowski wanted to understand how bloodstains were formed, their appearance from various attacks, and bloodstains found on an offender among other questions. To test his theories Dr. Piotrowski constructed large paper walls to capture the bloodstains created by killing live rabbits. His study is filled with numerous color plates showing the results of his experiments. He had an artist friend draw the aftermath of each attack. This wasn’t a random or disorganized effort. Dr. Piotrowski varied the weapons (he used rocks, hammers, hatchets), position of the attacker, and direction of the blows.
{Bones}
She’s cold Her blood is settled and her joints are stiff, Life and these lips have long been separated, Death lies on her like an untimely frost, Upon the sweetest flower of all the field
-William Shakespeare
“The Dead Shall Speak” - Trauma Team OST; ATLUS.
Alternatively, “Uncover the Truth” - HOSPITAL.: 6 Doctors OST; ATLUS.
The dead shall speak… Let’s put together the truth of what really happened here.
Gah! Another one of my favorite tracks from Trauma Team <3. I just love all the music used for Naomi’s missions. This is played when you’ve solved the mystery and get to go over it, one last time.
Toe tagged corpses
Windows
Mother Mary