all these late nights
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Fire (Pozar)
Written, directed and drawn by David Lynch
For some reason, I had never bothered to research the history of my little blue inhaler, and I can’t believe how many models there have been.
From steam tents to cigarettes, from coffee to formulas that contain 3.5% cocaine, treatments and asthmatic equipment has come such a long way.
My dad once told me that back when he was a kid, the area where he grew up did not fully understand the cause of asthma, and believed that he was faking his attacks. He told me that his doctor would tell him that asthma was caused by ‘stale air’ in the lungs and that he needed to get rid of the air by lying to the side and patting the side of his ribs.
At first, I felt pretty inadequate because I didn’t think I succeeded in creating a piece of language that I could build off, so when I got home I decided to give it another shot. After half an hour of experimenting, I came up with a poem that I was quite proud of.
My research could have been a lot better. I should’ve done more research on the process of packaging, I should have recorded my visual references, however I was mainly focusing on storyboarding my outcome and testing what it would look like.
Overall, I am very proud of my 10 second animation, seeing as I had never used the clip art studio animation software before. The people before and after me in the video, communicated really well with me. It took quite a few tries getting the positioning of the cup of water and flying box correct but we got there in the end.
Daughter: winter: new ways, numbers, human, winter, smother, still, lifeforms, no care, youth
Aurora: churchyard, dancing on the moon, daydreamer, the river, apple tree, the seed, mothership, gentle earthquake, queendom
local natives: masters, count, mother emanuel, ellie alice. cafe amerillo, when a i gonna lose you
Pirates of the Caribbean soundtrack
attack on titan soundtrack
Fleetwood Mac: landslide, dreams, the chain, storms
Tame Impala: the less i know the better, half full glass of wine
It’s Thanksgiving, which means that you’re probably thinking about food right now. And here at NASA, we have to think about food very seriously when we explore space!
Like for you on Earth, nutrition plays a key role in maintaining the health and optimal performance of the astronauts. The Space Food Systems team is required to meet the nutritional needs of each crew member while adhering to the requirements of limited storage space, limited preparation options, and the difficulties of eating without gravity.
Good food is necessary being comfortable on a mission a long way from home — especially for crewmembers who are on board for many months at a time. It’s important that the astronauts like the food they’re eating everyday, even given the preparation constraints!
The early space programs were groundbreaking in a lot of ways — but not when it came to food. Like today, crumbs had to be prevented from scattering in microgravity and interfering with the instruments. Mercury astronauts had to endure bite-sized cubes, freeze-dried powders, and semi-liquids stuffed into aluminum tubes. The freeze-dried food were hard to rehydrate, squeezing the tubes was understandable unappetizing, and the food was generally considered to be, like spaceflight, a test of endurance.
However, over the years, packaging improved, which in turn enhanced food quality and choices. The Apollo astronauts were the first to have hot water, which made rehydrating foods easier and improved the food’s taste. And even the Space Shuttle astronauts had opportunities to design their own menus and choose foods commercially available on grocery store shelves.
Nowadays, astronauts on the International Space Station have the opportunity to sample a variety of foods and beverages prepared by the Space Food Systems team and decide which ones they prefer. They can add water to rehydratable products or eat products that are ready to eat off the shelf.
All the cooking and preparation has been done for them ahead of time because 1) they don’t have room for a kitchen to cook on the space station 2) they don’t have time to cook! The crewmembers are extremely occupied with station maintenance as well as scientific research on board, so meal times have to be streamlined as much as possible.
Instead of going grocery shopping, bulk overwrap bags (BOBs!) are packed into cargo transfer bags for delivery to the space station. Meal based packaging allows the astronauts to have entrees, side dishes, snacks, and desserts to choose from.
The perception of taste changes in space. In microgravity, astronauts experience a fluid shift in their bodies, so the sensation is similar to eating with a headcold. The taste is muted so crewmembers prefer spicy foods or food with condiments to enhance the flavor.
Growing plants aboard the space station provides a unique opportunity to study how plants adapt to microgravity. Plants may serve as a food source for long term missions, so it’s critical to understand how spaceflight affects plant growth. Plus, having fresh food available in space can have a positive impact on astronauts’ moods!
Since 2002, the Lada greenhouse has been used to perform almost continuous plant growth experiments on the station. We have grown a vast variety of plants, including thale cress, swiss chard, cabbage, lettuce, and mizuna.
And in 2015, Expedition 44 members became the first American astronauts to eat plants grown in space when they munched on their harvest of Red Romaine.
To give you a clear idea of how diverse the selection is for astronauts on board the space station, two earthlings gave the astronaut menu a try for a full week. Besides mentioning once that hot sauce was needed, they fared pretty well! (The shrimp cocktail was a favorite.)
Not only has our space food improved, but so has our ability measure food production on Earth. Weather that is too dry, too wet, too hot, or too cool can strongly affect a farmer’s ability to grow crops. We collaborated with the United States Agency for International Development to create a system for crop yield prediction based on satellite data: the GEOGLAM Crop Monitor for Early Warning.
This map measures the health, or “greenness” of vegetation based on how much red or near-infrared light the leaves reflect. Healthy vegetation reflects more infrared light and less visible light than stressed vegetation. As you can see from the map, a severe drought spread across southern Mexico to Panama in June to August of this year.
The Crop Monitor compiles different types of crop condition indicators — such as temperature, precipitation, and soil moisture — and shares them with 14 national and international partners to inform relief efforts.
Space food has certainly come a long way from semi-liquids squeezed into aluminum tubes! This year, Expedition 57 crewmembers Commander Alexander Gerst and Flight Engineer Serena M. Auñón-Chancellor are looking forward to enjoying a Thanksgiving meal that probably sounds pretty familiar to you: turkey, stuffing, candied yams, and even spicy pound cakes!
If you can’t get enough of space food, tune into this episode of “Houston, We Have a Podcast” and explore the delicious science of astronaut mealtime with Takiyah Sirmons.
And whether you’re eating like a king or an astronaut, we wish everybody a happy and safe Thanksgiving!
· Native American healing traditions vary by tribe
· Health is “an expression of the spirit and a continual process of staying strong spiritually, mentally and physically”
· Herbs used by Native Americans used in modern medicine today
· Made syringes from hollow bones
· Before mid 1800s European doctors did not have any anaesthetics but many tribes did, so their surgeries were more humane
perhaps you have been focusing too much on saving