Menu
Algae Research Supply
0
  • How to Grow
    • Choose your culture
    • Supplies
    • Start your project
    • Harvesting
    • Troubleshooting
  • Organisms
  • Lesson
  • Resources
    • Encyclopedia Aquatica
    • Interviews
    • Videos
    • Glossary
    • Phenomenon
    • FAQ
  • Shop
  • About Us
  • Sign in
  • Your Cart is Empty
Algae Research Supply
  • How to Grow
    • Choose your culture
    • Supplies
    • Start your project
    • Harvesting
    • Troubleshooting
  • Organisms
  • Lesson
  • Resources
    • Encyclopedia Aquatica
    • Interviews
    • Videos
    • Glossary
    • Phenomenon
    • FAQ
  • Shop
  • About Us
  • 0 0

News

Our Interview With Shana Miller

Our Interview With Shana Miller

July 10, 2019

We interviewed Shana Miller, an international fish conservationist for The Ocean Foundation to learn about careers in environmental conservation, and what conservationists believe is top priority in educating the next generation.

Shana Miller Beemer Scientist Leader Woman

Algae Research Supply’s Interview of Shana Miller


  • What is your occupation?
  • I work in international fisheries conservation for a Washington, DC-based environmental group called The Ocean Foundation.

    talking


  • Why did you choose the career?
  • The ocean is my livelihood but also my passion. As a child, the ocean was a seemingly limitless playground of swimming, boogie boarding and sandcastles. When I was in college, I started fishing and even worked a summer as a first mate on a charter boat. That led me to research the many threats to the ocean and its inhabitants. I’ve never looked back, working in marine science and conservation ever since. 


  • Briefly, what does a typical day look like for you?
  • Many people think that marine biologists scuba dive and frolic with dolphins all day long. Not me, unfortunately! I spend my days at a computer – translating science into understandable policy positions, promoting fish conservation to government officials all over the world, and writing, writing, writing – from blogs to policy briefs to scientific papers. 

    Shana Miller Speaking

     


  • How does your work contribute to humanity?
  •  

    Fish are a major source of protein, employment, and recreation in every region of our planet. By working to conserve fish from the top to the bottom of the food chain, I strive every day toward a sustainable future for our ocean ecosystem and we humans that depend on it. 


  • Will you tell us about your education?
  • I studied biology at Cornell University and then went on to get my Master’s degree in marine biology at Stanford University.


  • What was your favorite class in school?
  • My favorite undergraduate class was Neurobiology & Behavior. It had a significant laboratory component that involved various surgical procedures on animals to see how it affected their behavior. We learned firsthand the parts of the brain that control anything from rat learning to bird song. My favorite graduate class was fisheries law. I loved learning about the framework that governs both domestic and international fisheries management.


  • Did you have a mentor, if so, how did they support you?
  • For as long as I can remember, Jane Goodall has been my hero…for her bravery and pioneering research, for her commitment to conservation of her beloved chimpanzees and beyond, and for her ability to communicate the wonder of nature and urgent need for action to diverse audiences all around the world – young and old, environmentally conscious or not. I’ve also had the privilege of working for three very strong, innovative, and impassioned women, who’ve shared their knowledge but also believed in my own ability to go out into the trenches and succeed. These mentors all inspire me to learn more, explore deeper and push harder.

    What areas would you advise students to explore as career paths? 

    What do I tell my science-loving boys? Fisheries science! In the marine biology/management fields, that’s where I think there’s the most job demand. Fisheries scientists use sophisticated mathematical models to determine how many fish there are currently and how many fish can be caught to ensure a profitable but sustainable fishery into the future. Yes, it’s a lot of number crunching on a computer, but fisheries scientists also get to travel all over the world presenting and implementing their work.


  • What topics do you think we as a population should be teaching our kids that we are not teaching them now?
  • I think there should be more focus on foreign languages. Our world is getting more and more connected, making it that much more critical to be able to communicate in multiple languages, yet most American schools don’t place much priority on learning other languages. Whether you work in international business or international fisheries, the ability to speak other languages fluently is a highly desirable skill.


  • What advice would you give a student interested in the sciences?
  • Passions start early. Continued investments in STEM education are vital. I have 10 and 12-year old boys, and the focus on science is much greater than when I was a kid. When asked about their career aspirations, many kids say that they want to be doctors, paleontologists, aerospace engineers, and of course, marine biologists. Not only do they know they want to work in science, but they even know which specialties interest them. The extracurricular activities and summer programs help to solidify those interests into passions and hopefully one day into careers. That would be my advice – follow your passion. We adults spend too much time at work to not be passionate about it. Find your love, research it, do an internship in the field, take relevant classes, immerse yourself in it, and enjoy every minute of it. Or at least most of the minutes!

     

    Erin F. Fox, 2019

    Read More

    The Different Types of Erlenmeyer Flasks

    June 18, 2019

    Erlenmeyer flasks are recognizable from their basic characteristics: flat bottom, conical body, and long, cylindrical neck. They are named for German chemist Emil Erlenmeyer.



    Though the Erlenmeyer flask pictured above is what comes to mind when most people think of flasks, there are actually two different types of Erlenmeyer flasks.


    The initial type of Erlenmeyer Flask is merely the flat- bottomed, conical flask that we recognize. This is used to host reactions, phase changes, or just hold solutions until further need. This is the most common type of flask in most labs.



    The other type of Erlenmeyer flask is one with a textured base. This type of flask is used for when the flasks are placed on shaker plates, which are meant to mix/ agitate a solution to ensure it doesn’t separate. The rougher bottom of the second type of Erlenmeyer flask is meant to increase its grip strength, so it doesn’t shift on or slide off the shaker plate.  


    Erlenmeyer flasks are great fro algae culturing due to their high surface area and volume. When culturing in an Erlenmeyer flask, use wadded paper towels as a stopper or an aluminum foil cap in order to keep debris out of the culture, but still allow airflow. Happy Culturing!

    - Erin F. Fox, 2019

    Read More

    The Difference Between Flasks and Beakers

    June 18, 2019

    Sorting through nerdy jargon: how to sound like a real scientist. Many people outside the science world use the terms ‘flask’ and ‘beaker’ interchangeably. While both tools are often used in a science lab, they are actually quite different.


    Flasks are notable for their unique shape: a rounded vessel and a cylindrical neck. Flasks can be used for holding and measuring solutions, as well as for chemical reactions and phase changes (heating, cooling, etc). Flasks are normally the site of chemical reactions, for the reaction can take place in the large vessel and have low risk of spilling due to the long, narrow neck of the flask. Furthermore, flasks have the ability to be capped or corked, therefore solutions can be held for long periods of time without risk of spilling.


    Beakers, on the other hand, are cylindrical containers with a flat bottom and a spout on top. These are also used when performing experiments, to hold various liquids for either mixing or disposal. The main differing characteristic between a flask and a beaker is that beakers have straight sides, rather than slanted sides like a flask. Beakers are mainly for measuring and transporting liquids from one site to the next. The spout on beakers makes pouring their contents easy, which makes them invaluable for performing experiments.


    Flasks and beakers do share some characteristics. Both are made from either glass or clear plastic, most are graduated- meaning they have markings on the side indicating the amount of liquid they contain. Both are used during chemical reactions, and both are essential to a successful lab.  


    We hope this brief crash course in science lingo helps you to sound smarter among your peers. Until next time, happy culturing!


    • Erin F. Fox, 2019

    Read More

    The Extraoridinary Life of Brainy Briny

    June 18, 2019

    You’ve seen brine shrimp in our Brain Briny kits, but we think it’s time you get to know a little more about the life of a common brine shrimp.


    Brine shrimp start as small cysts (the cysts that come in your brainy briny kits). These cysts contain embryos. There are different types of cysts: ‘dormant’ or ‘summer’ cysts. Dormant cysts and can remain unhatched for years, surviving harsh conditions with a tough, protective shell around the embryos. As the weather grows warmer, these dormant cysts absorb water and begin to hatch. Summer cysts hatch quickly after release, having only a thin membrane protecting the embryo.



    After hatching, the brine shrimp are in the larval stage, called nauplii (singular nauplius). The nauplius are merely swimming heads with an undeveloped trunk, they use their single eye to go towards light in order to find food. The nauplius will eat whatever algae, bacteria, or debris it can fit into its mouth parts, using its antennae to swim towards and move material into its mouth. As the brine shrimp continue to grow, their trunks grow longer, paddle- like limbs (thoracopods) are developed, and two compound (bug-like) eyes are developed. These developments allow the brine shrimp to swim faster and see more clearly.


    In the juvenile stage, the brine shrimp look like small adults. Their thoracopods are fully functional, and those limbs take over the swimming, breathing, and feeding actions the antennae used to do. The antennae also shrink, for they are not needed as much. The males and females begin to develop differently in this stage. Females begin swelling below their limbs, developing a ‘brood sac’, while male antennae grow into ‘claspers’ to hold onto females during mating.


    In the adult stage, male and female brine shrimp are easy to tell apart. Females are larger than males, and have visible brood sacs. Males do not have brood sacs, amd have claspers on top of their heads.


    During mating, the male brine shrimp holds onto the female with his claspers, and fertilizes the eggs in her brood sac by depositing sperm into it. The female can live up to four months, and can produce up to 300 cysts every four days. Depending on the environmental conditions, the female will either release summer or dormant cysts, as discussed earlier.


    Brine Shrimp can come to maturity in as little as 8 days, but conditions are never quite ideal, so the average length of the brine shrimp life cycle is 3-6 weeks.


    • Erin F. Fox, 2019

    See this amazing life cycle in action! https://algaeresearchsupply.com/collections/brainy-brinys


    Source: University of Utah: Extreme Environments: Great Salt Lake

       

    Read More

    Saving the Planet, One Box at a Time

    Saving the Planet, One Box at a Time

    June 18, 2019

    Our mission at Algae Research Supply is to save the planet (we’re total geeks, as you know), and that’s why we use recycled boxes. All this means for you is that some of the product you buy from us will be in a random cardboard box rather than an Algae Research Supply box. We ensure not to give you gross, broken boxes. We aim to give you quality recycled material.

    If the box your product has come in looks used, that’s because it is! Not to worry, though, there is no difference in the quality of our product whether it comes in a used box or brand-new Algae Research Supply box. When we package and ship products, we use all boxes we already have first, then use new boxes as needed.

    So, why do we reuse boxes? Our goal here at Algae Research Supply is to save the planet. While most of our planet-saving efforts have to do with algae, we also hope to practice conservationist measures in our manufacturing process. In reusing boxes we already have, we are using less new product, and therefore destroying fewer trees.

    Reusing boxes is simple, we just save our boxes instead of immediately disposing of them. It’s easy, it’s helpful, and we hope our efforts contribute to conserving our environment. Even if it’s a small contribution, we are still working to save the planet, one box at a time.

    Read More

    Following Lake Erie's Algae Bloom Season

    Following Lake Erie's Algae Bloom Season

    May 30, 2019

    The fine folks at NOAA are doing an experiment to try and predict how the algae bloom season will shape up.  They are taking quantifiable factors such as nutrients (mainly phosphate) as well as rainfall and predicting where and when they expect to observe an algae bloom.  A link to their work is found here.

    We at ARS are grateful that these scientists are looking after our watersheds!  

    What do you think should be done to minimize algae blooms that contaminate our drinking water?

     

    Read More

    Congratulations to Arizona high School Student Emily Ignatoff!

    Congratulations to Arizona high School Student Emily Ignatoff!

    May 30, 2019

    This is Emily Ignatoff, award winning  high school student who used ARS algae for her science fair project this year on the interaction between algae and microplastics. 

    Read More

    Plastic ingredients negatively effect the oceans most abundant phytoplankton.

    Plastic ingredients negatively effect the oceans most abundant phytoplankton.

    May 30, 2019

    Wow.  Simply wow.  

    Researchers at Macquarie University, Sydney, Australia have found that some of the plastic lechates (chemicals that are used in the manufacture of plastics that can escape from the material) will slow the growth and photosynthetic rates of (arguably) the most important plant (photosynthetic bacteria) on the planet.  

    Knowing how our human behavior effects the environment is critical if humans are to remain the dominant species on the planet.   

    Plastic leachates impair growth and oxygen production in Prochlorococcus, the ocean’s most abundant photosynthetic bacteria

    Abstract:

    Plastic pollution is a global threat to marine ecosystems. Plastic litter can leach a variety of substances into marine environments; however, virtually nothing is known regarding how this affects photosynthetic bacteria at the base of the marine food web. To address this, we investigated the effect of plastic leachate exposure on marine Prochlorococcus, widely considered the most abundant photosynthetic organism on Earth and vital contributors to global primary production and carbon cycling. Two strains of Prochlorococcus representing distinct ecotypes were exposed to leachate from common plastic items: high-density polyethylene bags and polyvinyl chloride matting. We show leachate exposure strongly impairs Prochlorococcus in vitro growth and photosynthetic capacity and results in genome-wide transcriptional changes. The strains showed distinct differences in the extent and timing of their response to each leachate. Consequently, plastic leachate exposure could influence marine Prochlorococcuscommunity composition and potentially the broader composition and productivity of ocean phytoplankton communities.

    Read More

    Can I delay delivery until the fall semester?

    Can I delay delivery until the fall semester?

    May 30, 2019

    Hi Teachers,

    We have had a few teachers and staff call us up and ask if they can buy things now (end of spring 2019 semester) and have them for the fall.  The answer is yes!

    After we get the PO from your team, we will send you all of the non-perishable goods (flasks, salts, Secchi-Sticks,ect) on our next shipping day.  We will include a voucher/coupon for delivery of the algae and cysts when you need it.   Instructions for the voucher are written on it, but feel free to ring us up if you have any special requests.  

     

    How much time should we plan on for delivery in the fall? 

    I would shoot for 7-days.  As of today, we ship on Wednesdays and Fridays.  So if you get the order in before Noon on those days, it will ship same day.   

     

    How long can the algae sit in the shipping bottle?

    The algae culture is good in a cool place for a couple weeks.  However, it will wake grumpy and will need  time to 'wake up'- which could take another week.  We recommend simply opening the bottles 1/16 of a turn.  This will allow the gasses (CO2 and O2) to enter and leave the bottle making for happy algae.  

     

    Read More

    Science Fair Success!

    December 13, 2018

    This season is typically busy in the lab here at Algae Research Supply, filling orders, going to conferences, and helping supply resources and answer questions about science fairs. We are always excited when our algae makes it to science fairs as it helps spread the message of algae! One student, Christopher, has been working with our algae for a few years now and has had some success with his testing and wrote us to tell about his projects.Check out what he said below to learn about his projects!

    Chris here; for the past two years I have contacted Algae Research Supply asking advice and supplies to help me construct my own algae experiments at home, and each time your company has provided me with service and one-on-one interaction that far surpassed my expectations. In sophomore year, using the cultures and supplies you helped me to order and provided me with, my first series of algae experiments received a third place award in my school science fair, a second place award at the Worcester Regional Fair, and a second place award at the Massachusetts State Science and Engineering Fair. This past year, thanks to your willingness to provide me with nitrogen free media and other supplies, I expanded upon my previous Nannochloropsis oculatta experiments so that I could compare the effects of nitrogen deprivation and carbon content on lipid production. That year, my work received a first place award at the school fair, a first at the regional fair, and a first at the State Fair; this qualified me to compete in the Intel International Science and Engineering Fair in Pittsburgh, PA. It's been an amazing journey, and I couldn't have done as well without your guidance and services! Recently I returned to present my project at a competition at the MIT campus, and was deemed qualified to move on to the American Junior Academy of Science national competition in Washington, D.C. I felt that you deserved to know how much you had helped me, and how much of inspiration your work is to me

    ARS is so happy to be able to support students in their research. We will publish more about Christopher's work next week, including his abstracts to explain more fully his work. Thanks for reading!

    Read More

    "What should I do about stuff settling to the bottom of my culture"

    "What should I do about stuff settling to the bottom of my culture"

    September 07, 2018

    Question:  

    Could additional detail be provided on removing detritus?  Should I expect that the particulate will settle to the bottom of the tank and can perhaps be vacuumed out or is a water change out operation closer to draining a large portion of the tank, re-filling and re-growing the culture? 

    Answer:

    Everything that lives will ultimately die.  In the case of the algae culture, the death usually ends up as a layer of dead cells at the bottom of the culture vessel.  These cells will begin to decompose pretty rapidly through bacterial and fungal action.   Bacteria and fungus will consume oxygen and release CO2, which is the opposite of the process of photosynthesis.  In many cases it is ok, even good, to have decomposition (sometimes called remineralization) taking place in your culture vessel.  This is the case in aquariums with biological treatment of wastes.  As was said in the Lion King, it is the "circle of life".  
    However, if you are trying to grow a mono-culture of algae, the detritus can introduce growing conditions that are outside of ideal for your goal- so you must remove the detritus.  Three ways to do that are discussed below:   Filtration, suction, and decanting.
    Filtration:  As cells decompose they will clump together into amorphous blobs.  It is a goal of the bacteria and fungus to have dead cells stick to the other dead cells.  In doing so, the size of the 'floc' is often larger than the size of the individual microalgae.  This size differential can be taken advantage of by filtration with a screen that is ~5x your cell diameter.  So if you are 5uM, then a 25uM screen will work well.  You can pour the culture through the screen or have a pump constantly filter the culture. 
    Suction:  Here simply use a siphon or pipette and target the detritus at the bottom of the culture vessel.   Target the material on the bottom and dispose of what you collect.
    Decanting:  If you have ever had a good German beer, you will often see yeast at the bottom of the bottle.  The label says to 'decant before serving'  meaning, pour the beer into a separate glass without pouring out the yeast on the bottom.  This is exactly the same action you should consider in decanting a culture.  Pour the culture from one container to another clean one.  Dispose of the waste at the bottom of the first culture.  

    Read More

    Warm water promotes algae growth, so what happens if the ocean warms up?

    Warm water promotes algae growth, so what happens if the ocean warms up?

    August 06, 2018

    Warmest sea water ever measured in San Diego.

    Read More


    « Previous 1 2 3 4 5 Next »
    Follow
    • Products
    • FAQ
    • Home
    • Contact
    • About us
    • Search
    • Blog
    • Algae Culture Media
    • Product Support
    • Request Quotation

    © 2023 Algae Research Supply.
    Powered by Shopify

    Amazon American Express Apple Pay Diners Club Discover Meta Pay Google Pay Mastercard PayPal Shop Pay Venmo Visa