In May 2020, citizen scientist Carmen Mandel met two major milestones: she marked her one-year anniversary of being a GLOBE Observer and she single-handedly expanded the Clouds satellite match data by 36%. Carmen uses GLOBE Observer to record clouds 2-3 times daily every time she gets a notification that a NASA satellite is overhead. She sends her data to GLOBE, but then she records her observation in her own clouds journal. When she receives an email from NASA Langley Research Center matching her observation to satellite data, she adds that to her journal as well.
Have you ever wondered what happens after you press submit on your International Virtual Science Symposium (IVSS) report?
The GLOBE Implementation Office (GIO) Education team gets to work!
Ok, that might be a little misleading because work on the IVSS already started back in August when we started planning for the 2021 IVSS. And while learning about planning webinars and recruiting judges might be something you are interested in; this is not what this blog post will cover. This is the “story” of what happens after teachers upload their students’ projects and press the big blue SUBMIT...
Images taken by Wilson Bentley and property of the Jericho Historical Society.
Did you know that clouds have names? As the title of the GLOBE Elementary book says, clouds do have names. Those names describe the altitude and the appearance of the cloud. Cumulus means pile in Latin, so the name is used to describe low puffy clouds in the sky. Cirrus means locks of hair, and is used to describe those thin wispy clouds found high up in the sky. Some people think that nimbus is a type of cloud, but it is not. It is an affix, or a word that works as a prefix or a suffix. The affix nimbus...
Assessment and Evaluation
GLOBE Science Topics:
Atmosphere and Climate
Lectures, lessons, and learning opportunities of all kinds are available online these days… luckily, air quality investigations can be, too! Publically available sources of air quality data, which can be accessed any time and anywhere, can be used in conjunction with or in lieu of the GLOBE Aerosols Protocol for students and teachers participating in the US Air Quality Student Research Campaign. This blog post will introduce a website which can be used to conduct air quality investigations with a ground-based instrument, called the PurpleAir.
The PurpleAir is a small, commercially...
Lectures, lessons, and learning opportunities of all kinds are available online these days… luckily, air quality investigations can be, too! Publically available sources of air quality data, which can be accessed any time and anywhere, can be used in conjunction with or in lieu of the GLOBE Aerosols Protocol for students and teachers participating in the US Air Quality Student Research Campaign. This blog post will introduce a website called AerosolWatch, an online access point for satellite-based observations of aerosols, and factors that affect air quality (such as smoke and dust).
It snowed at my house in Michigan last week, the first week of December 2020. I love snow and I really like to see how snow affects the surface temperature. Between 60 and 80 mm of snow was on the ground. I took surface temperature observations as part of the Urban Heat Island Student Research Campaign. I wanted to show what you could do by yourself at your house if you have an infrared thermometer.
My two sites are my backyard which is grass and the gravel driveway in the front of our house. The backyard has a line of Black Spruce trees just south of where I am standing in the picture....
Scientists are wondering what is happening over Antarctica and where are the noctilucent clouds. Noctilucent clouds or polar mesospheric clouds are the highest occurring cloud types (form about 50 miles or 80 Km above the Earth's surface). They form in the Mesosphere and are thin clouds made up of ice crystals that form from left over fine dust from meteors. Because they are so high up in the sky, you see them when the sun is low or almost nighttime. The form during the summer months over the north and south poles. That is when it is coldest that high up in the sky (in the...
Even with the pandemic, participation the campaign has been good. Although the number of schools participating and the total number of observations was down from last year, it was still a nice number of each. So far this fall (Northern Hemisphere) spring (Southern Hemisphere) there have been over 3,500 observations from 135 sites (70 schools) across the world. Please see the list below. There are a number of schools in Saudi Arabia with over 100 observations. We also have observations from Brazil and an area of India where there are six new schools taking part in the urban heat island...
Santa Fe Indian School Café Scientifique presents Marilé Colón Robles, a NASA scientists to share how you can become a citizen scientist and help NASA
Learn how to do cloud observations with: Marilé Colón Robles, Project Scientist for NASA Globe Clouds
CLICK HERE TO REGISTER
Marilé Colón Robles, Project Scientist for NASA GLOBE Clouds Science Systems and Applications, Inc. will be presenting information about cloud and aerosol data that NASA uses and how you as a citizen scientist can help in the collection of this data.
Please register to the event using your school...
Nuevos recursos disponibles
Gracias a nuestra comunidad de nubes, el reto comunitario de nubes 2020 fue un gran éxito al mostrar cómo la ciencia es mejor juntos. Recibimos excelentes fotografías y obras de artes de los participantes, algunas de las cuales se destacaron en el video de agradecimiento.
Si no pudistes participar del reto o quieres seguir trabajando en él, visita la página de la guía para familias de nubes GLOBE para obtener los recursos. Encontrarás vídeos sobre la ciencias de nubes (inglés) y el reto para Familias sobre...
Cloud Challenge Resources Available
Thanks to our cloud community, the 2020 Community Cloud Challenge was a great success showing how Science is Better Together! We received some great photos and artwork from participants, some of which were highlighted in the thank you video.
If you missed the challenge or want to keep working on it, visit the GLOBE Clouds Family Guide page for the resources. You will find videos about the Science of Clouds and the Family Cloud Challenge page with a Choice Chart for activities...
GLOBE Student Investigations with NASA
This collaborative webinar was planned and presented by three NASA Science Activation Earth science awards and the GLOBE Implementation Office. Each group shared a broad range of NASA-sponsored opportunities and resources to connect students to investigating our Earth system using NASA and GLOBE data. The recording is available on-demand https://www.globe.gov/web/mission-mosquito/overview/webinars/archived-webinars A list of resources shared by the presenters is available at https://bit.ly/3cwCkhz
The goal is to support teachers and...
The Next 25 Years
“To Observe the Earth and Visualize the Future”
GLOBE Satellites in Education Team (G-SET)
Over five decades of satellite and remote sensing data and technical infrastructure focused on observing the Earth continues to provide critical data and information for decision-makers daily. In fact, it plays a role in many of our daily lives and business practices.
Precollege students can now utilize the Space to Earth: Earth to Space (SEES) Model where observations and measurements can include both satellite and remote sensing imagery and data, and traditional...
The NASA GLOBE Clouds team never imagined this time last year that we'd be holding our GLOBE 2020 Community Cloud Challenge in the midst of a global pandemic. But GLOBE is about community and showing how science is better together!
In the four weeks of the challenge, we had the opportunity to learn how eight different NASA scientists study clouds to better understand our atmosphere and the important role citizen science observations play in that. You also had the chance to learn about cloud-related activities from six different amazing GLOBE educators.
And considering the...
Hello! My name is Faguni and I am a rising senior from San Jose, California. Over the summer, I participated in the NASA STEM Enhancement in Earth Science Internship program and was a part of the Mosquito Mapper Team. What was originally supposed to be a two-week program at UT-Austin and the Johnson Space Center, turned into an eight-week virtual internship, all from the comforts of our bedroom! Despite the mild hiccup, our mentors worked hard to create and deliver an unforgettable experience that immersed us into the life of a NASA researcher and scientist.
Our program began...
I worked with a team of four other SEES interns to conduct an investigation into mosquito larvae trapping. We chose to research the effectiveness of mosquito larvae traps in different geographical areas, as we noticed that many of the interns were having trouble with capturing mosquito larvae in experimental traps. Moreover, understanding what type of traps and trap bait type most attracted mosquitoes could offer insight into why areas had significantly higher mosquito populations than others.
Array of experimental traps in WA
We conducted investigations in five different...
Cases of mosquito-borne disease are increasing in the United States. Because these diseases are directly correlated with the abundance of mosquitoes, finding what environmental variables impact mosquito populations is essential to prevent the transmission of disease. For the SEES 2020 Mosquito Mapper research project, our group decided to focus on identifying the statistical correlations exhibited between mosquito abundance and topographic, underground, and climate variables. The analysis used GLOBE Observer Mosquito Habitat Mapper data. The GLOBE database was very simple to access...
Through my research, I tried to find a connection between plants and mosquitoes, so that humans can find a safe, natural, and aesthetically pleasing way to deter these disease vectors. I began my search for answers by visiting nature preserves in my area to sample water, set mosquito traps, and take pictures of the plants. I also used the GLOBE Observer Mosquito Habitat Mapper data from the GLOBE database to provide me with numerical data about how many mosquitoes are in an area with and without plants. To determine if there are plants in an area, I look at the land cover images that the...
Hi everyone, my name is Bhaskar J, and I'm interning with the SEES Mosquito Mappers research team this summer, in which we use the GLOBE Observer citizen science app. There are a lot of moving parts to it, but overall it's been an incredible experience!
One part of the program is catching mosquito larvae in our home-made traps. See the attached images showing how I made mine!
Figure. 1 Steps I used to create a mosquito larvae trap.
At first, I was a little distraught because I wasn't able to catch that many mosquito larvae and wasn't able to identify them. However, after...
To draw statistically valid conclusions about ecological trends, such as the relationship between land cover and mosquito population dynamics, land areas of interest must be sampled in a consistent manner. Numerous ground observations of local areas can help scientists gain insight of the landscape, especially in regions where remote sensing techniques fail to measure certain land characteristics.
However, sending scientists to sample areas across the globe is not always viable. That’s why tools like GLOBE Observer App are so helpful. By recruiting citizen volunteers to conduct ground...
Coming into the NASA SEES Mosquito Mapper program, I was beyond nervous. Living in Washington State in an area with few mosquitoes, I had no idea how I would be able to collect enough data for the final research project, especially since this was the first time I was conducting research on my own. In addition to that, the program was entirely virtual! As a visual learner, I was worried that participation might be challenging.
These worries quickly fell behind after the first virtual "Zoom" meeting. My mentors were super easy going and accessible, and happy to answer any of the questions I...
Through the SEES Mosquito Mappers internship, I have learned how to skeptically interrogate the world around us and devise profound questions that can shape our understanding of the natural universe. I came to this internship knowing very little about science except for the basics of the scientific method and the “facts” that we are mandated to memorize in our educational system. I started by doing engaging activities and watching webinars hosted by NASA scientists. I supplemented the knowledge that I gained with educational SEES modules on topics from “Climate Science...
Audiencia: ¡Todos! (Estudiantes y maestros de todos los grados, educadores informales y el público en general)
Fechas: 15 de julio de 2020 - 15 de agosto de 2020
Cómo Participar: Disfruta del verano descubriendo las nubes desde una nueva perspectiva. Hay muchas formas de participar. Cada jueves puedes aprender más sobre las nubes con científicos y educadores de la NASA por medio de la página NASA Earth’s Facebook page. También puedes hacer actividades en casa o hacer observaciones de las nubes o el cielo a través de la herramienta Nubes en GLOBE o la aplicación GLOBE Observer app. ¡Todo...
Audience: Everyone! (Students and teachers all grade levels, informal educators, and the general public)
Dates: July 15, 2020 - August 15, 2020
How to Participate: Spend summer together by discovering clouds from a new perspective. There are many ways to participate. Learn more about clouds with NASA scientists and educators each Thursday on NASA Earth’s Facebook page, do at-home activities, or take cloud or sky observations through the Clouds tool on GLOBE or the GLOBE Observer app. It is all up to you! Show how you took part in this unique event by sharing on social media.
Writing this blog does not mark a complete severance of my link with GLOBE Nigeria and GLOBE Africa as a whole, a country, and a continent, I espoused and loved right from my primary school about 25 years ago. As observed by many Nigerians, I am qualified to be described as a passionate GLOBE Man.
These successes can be traced back to the travel grant that I received in 2013 from the National Science Foundation through The University of Toledo, Ohio to attend the 18th GLOBE Annual Partners Meeting in Maryland. Since then, GLOBE has impacted my life tremendously and improved my...
On April 22, 2020, the 50th anniversary of Earth Day, and the 25th anniversary of GLOBE and me as a GLOBE Teacher, I introduced the GLOBE Satellites and Education Team (G-SET). For me, and from the beginning of GLOBE in 1995, one of the best opportunities for GLOBE was to introduce and integrate the use of satellite imagery and remotes sensing to the K12 community. In a small way it did through in its early years providing a LandSat image/dataset of each schools area. For the many new GLOBE teachers being trained, it was their first experience with image interpretation/analysis....
GLOBE Mission EARTH has posted videos in the NSF funded STEM for All video showcase. The NASA funded project I lead that fuses GLOBE projects with NASA assets put a couple videos in. Our video highlights students who chose STEM careers. Please take some time this week, May 5-12, 2020, to watch the videos. Please make a comment or vote for your favorite video.
Here is our project: GLOBE Mission EARTH: Inspiring tomorrow’s STEM Professionals https://videohall.com/p/1762 (U. of Toledo)
Here are some related and GLOBE related videos.
Students connect through science...
The EPA is celebrating Air Quality Week (May 4-8) and the GLOBE Clouds team would like to ask everyone again for your photographs of dust events! We got a chance to chat with Anne Semrau, a biology teacher at New Mexico State University, who sent in some amazing photographs of a dust event.
Question: Where are you from? Where do you live now?
Answer: I am mostly from Texas (different parts: Dallas, Houston, Austin, rural northeast Texas) but I have lived in several other places (Navajo Nation, California, Montana, New Hampshire, Massachusetts, Missouri, Washington DC).
Guest blog by SEES Virtual Intern Sweta Alla
NASA STEM Enhancement in Earth Sciences: Mosquito Mappers Virtual High School Summer Internship. It’s a mouthful to say, but that title describes exactly what I did last summer. As a virtual intern, I collaborated with NASA scientists and our intern cohort and developed a research project that I presented at a science symposium at the end of the summer.
I genuinely believe that the virtual summer internship gave me a chance to develop as a researcher: it helped me organize my thoughts and ideas to develop and complete a successful AP Capstone...
The NASA GLOBE Clouds team has put together a family guide filled with activities and resources great to do as a family from your home.
El equipo NASA GLOBE nubes ha preparado una guía para familias llena de actividades y recursos tremendas para realizar haceren family en tu hogar.
Guide in English (Link). Guía en español (Enlace).
La Sra. Tina Rogerson es la programadora científica y analista para el equipo NASA GLOBE nubes en el Centro de Investigaciones Langley de la NASA en Hampton, Virginia con la compañía SSAI. Tina analiza tus observaciones de nubes y del cielo y escribe código de computadoras para realizar la correspondencia con data de satélites. Ella también está encargada de manejar todos los mensajes electrónicos de la NASA y se asegura que te lleguen por cada observación de nubes.
Pregunta: ¿De dónde eres?
Respuesta: Yo soy de Poquoson, Virginia un pueblo pequeño en la costa este de los...
What is NASA GLOBE Clouds? Cloud observations through The GLOBE Program are led by the NASA GLOBE Clouds Team at NASA Langley Research Center in Hampton, VA. Every sky and cloud observation submitted through GLOBE Clouds, including through the GLOBE Observer app, is analyzed by the team to determine if it matches satellite data. If there is a match, a personalized NASA email is sent to you comparing your observations with satellites. Your observations and photographs help researchers better understand our atmosphere and how to make satellite data...
Hello GLOBE community,
The NASA GLOBE Clouds team is offering virtually connections or personalized videos (previously recorded) for your students. It can be in a variety of topics including:
Career Connections (Path to NASA)
The Impact of Your Observations
Clouds and Cloud Types
Earth's Atmosphere and Climate
Clouds and Atmospheres on Earth and Other Planets
Cloud Types in Masterpieces/Landscape Paintings
Any topic of Your Choice
If you are interested, comment below or contact NASA GLOBE Clouds Project Scientist Marilé Colón Robles.
You have submitted GLOBE Observer Mosquito Habitat Mapper observations, but are still unsure how to access and analyze that data? This blog outlines the steps to download data into a spreadsheet, describes the data found in each column, and discusses what to do with the two sets of latitude and longitude data associated with each observation.
First you will need to download your data using GLOBE’s Advanced Data Access Tool (ADAT). This link also has video and text tutorials to get you started. Once you open ADAT, it prompts you to select filters, which will determine...
We are asking for photographs of dust storms and dust events in cold climates (or high latitude areas), southwest United States and Northern Mexico, and desert (or arid and semi arid) areas. Follow these steps on how to take photographs of the horizon, not the sky in the direction of the dust event. Different flyers are now available to print or share that you can use to spread the word!
In this pro tip, you will learn how to increase your location accuracy while using the GLOBE Observer app and learn why location accuracy matters.
How is location determined?
By using a Global Positioning System (GPS) receiver, (either hand-held or built into your mobile device), you are able to obtain your geographical position on the Earth’s surface. The antennas on your GPS receiver will acquire satellite signals and once it has located three satellites, it will perform a first calculation of latitude and longitude. For the GLOBE Observer Land Cover tool, the initial...
Enhancing undergraduate understanding of hydro-climatic studies in the environmental cohort using the GLOBE led inquiry-based learning approach.
Teaching practices are context specific, thus we focus this study on enhancing the inquiry-based learning (IBL) in teacher education. The South African physical science curriculum (DBE, 2011b) supports the teaching and learning of science through inquiry and learners are expected to be involved in practical investigations. However, South African preservice teachers who join universities are not confident to implement inquiry approaches when they...
Hello GISN community,
Did you know that there are now curated, analysis-ready GLOBE datasets posted on the website? These are subsets of GLOBE data that have been post-processed by a scientist on the GLOBE team and are being made available for broader use by the community. Check them out:
Clouds data, https://observer.globe.gov/get-data/clouds-data
Dust data, https://observer.globe.gov/get-data/dust-data
Eclipse data, https://observer.globe.gov/get-data/eclipse-data
The GLOBE Urban Heat Island Student Research Campaign finished up the 2019-2020 campaign with observations from 254 sites in October with 6,688 surface temperature observations. In December, 4,248 observations were taken from 126 schools. Over 50% of the data was submitted in the last 2 weeks. This is a large increase from last year of about 150%. There are focus areas with many schools participating including the Great Lakes, Croatia, Saudi Arabia and Oman, and Taiwan. And, there are first time participants from Brazil, South Korea and India. The blog post in October had...
Special observations of airplanes and contrails are being collected by a select few as part of a pilot project the GLOBE Clouds team has been working on for a year. The project asks students to use an app that tracks aircrafts, then note if the airplane is or is not creating a contrail. The airplane tracker app suggested notes the height of the airplanes, giving the opportunity to note the altitude of the contrails if present.
The GLOBE Clouds team was able to present a first look at the data collected by students at Alpena Elementary/Middle School (Mr. Roger Rose teacher), Treadway...
This year is the 100th Anniversary of the American Meteorological Society, and 26th presentation at the Symposium on Education. This year it will be held in Boston and the K12 Initiatives are on Monday January 13th. I will be sharing our recent work with GLOBE Mission Earth and focusing in on the GLOBE Observer Clouds App. With the recent collaboration with NASA S'COOL Clouds Observations, it is a prime example of the Space to Earth:Earth to Space (SEES) Model, i.e. giving students and citizen scientists the ability to gather imagery from earth observing satellites and from the ground up....
Do you want to learn how to take surface temperature observations? The students at the Toledo Public School Natural Science Technology Center (NSTC) show how it can be done in this short video.
December is the second month of Urban Heat Island Effect Research Campaign. Take as many observations in the month of December as you can. Take observations from two different sites such as asphalt, concrete, grass or shrubs. There was great participation since October. Surface temperature observations were taken at...
Thirty-one seniors armed with the GLOBE Observer mobile app hiked Kamanaumui Valley at the end of October. During the 3.3 mile trek, hikers made Land Cover and Mosquito Habitat observations, while passing verdant tropical vegetation, the ruins of a colonial manor, a biological restoration plot and ancient petroglyphs.
OLLI trekkers used the GLOBE Observer app to make observations
The Osher Lifelong Learning Institute (OLLI), University of Hawaii at Manoa offers a wide range of educational activities and non-credit courses for people 50 years and older. GLOBE Observer has conducted...
The GLOBE Fall Cloud Observation Challenge brought in more than 45,000 observations from citizen scientists in more than 17,000 locations in 93 countries on every continent — including Antarctica. This influx of cloud observations is super helpful to NASA scientists who work with geostationary satellites and the suite of satellite instruments known as the Clouds and the Earth's Energy Radiant System (CERES). By comparing geostationary and CERES observations from a particular area to data submitted by citizen scientists, scientists can differentiate between wispy cirrus clouds and cold,...
As the GIO announced a call for nominations for GLOBE working groups, where i happen to have served for the period 2016 - 2019, my seniors at the University asked members of faculty, to demonstrate how we have contributed towards SDGs for the last 2 years? Suprisingly its the small things i have been doing in GLOBE which have given me mileage over my colleagues. Having been a member of GLOBE since 2006, and serving in different capapcities while being active in GLOBE campaigns and working groups, has made me contribute to SDGs [ 4, 5, 15, 17]. My personal research has enabled me...
In this article, meet Prof. Glenda Ivette Lozada Negrón, a science teacher whose elementary classroom is actively engaged in reducing the risk of mosquito borne disease through mosquito surveillance and mitigation, as part of an ongoing service learning project in Puerto Rico .
Tell us about your project?
The project began as part of a curriculum with the Science and Research Trust of Puerto Rico and the Science in Service project. It is a community of teachers that serves to help students create new learning communities.
Since August 2018, I have been working with an entomologist,...
Guest Scientist blog by Dr. Joseph Kerski, Esri
Esri and the GLOBE program have been working together on initiatives and educator training for decades. GLOBE was one of the first major education-focused citizen science programs, and it offers a wealth of data on soil chemistry, water quality, weather, and much more, as well as rigorously tested methods to have your students collect and contribute data, and a network of educators with which to collaborate. Using GLOBE Observer Mosquito Habitat Mapper data as an example, we look at what I consider to be ...
A new article is now available on the National Science Teachers Association (NSTA) Science Scope journal geared for middle school teachers on ways to integrate using the GLOBE Observer app in the classroom and take cloud observations. The article titled "Making Science Come Alive with Clouds" features GLOBE superstar educators Mr. Jeffrey Bouwman (Shumate Middle School in Gibraltar, Michigan, USA) and Dr. Caryn Smith-Long (Montverde Academy, Montverde, Florida, USA) as they share their classroom technology expertise and how they use the app with their students.
Story published on https://spaceweather.com/ on 10/29/2019. A sharable version of this story is available here. You can also look at Realtime Sprite Photo Gallery.
Image Credit - Chris Holmes.
This is the picture that captured everyone's attention! It is a photograph of a gigantic jet as observed by pilot Chris Holmes as he traveled at 35,000 ft over the Gulf of Mexico near the Yucatan Peninsula. He noticed the big thunderstorm (or cumulonimbus cloud) producing lots of lightning with sprites and jets.
Gigantic jets, sometimes...
Purple Skies observed Dallas, TX on October 27, 2019.
Purple skies during sunsets and sunrises (blog explaining science) have been observed by our GLOBE participants! Thank you to all those sending in their observations and participating of the Fall Clouds Challenge!
Educator Angie Rizzi, part of the Science Education team at NASA Langley Research Center in Hampton, VA, created this lesson for teachers who want to use this event to talk about aerosols and sky color. The activity incorporates the Elementary GLOBE Sky Observers activity with photographs of the observed...
Picture by Jan Curtin @ Vail, AZ (https://spaceweathergallery.com/indiv_upload.php?upload_id=156718)
Raikoke Volcanic Eruption
Have you noticed purple sunrises or sunsets where you live? Submit your photographs to GLOBE or GLOBE Observer, especially as we get ready to start the Fall Cloud Challenge: What's Up in Your Sky (Oct 15 - Nov 15, 2019)!
People around the world have been noticing purple skies at dawn and at dusk, calling it the Raikoke Sunsets (see photographs submitted). The purple color is because of sulfurous gas that was launched into...
We are kicking off the Urban Heat Island Effect campaign today with a heat wave in the eastern United States. Many record temperatures were broken today with highs reaching 32 to 35 C. 53 sites around the world entered data already today, October 1, 2019. You can see that most of the observations were in places of the world where it has been pretty warm. The coolest observation came from Alaska.
My students, Shefa and Ahmad, took surface temperature observations of a grassy field in front of my building at the University of Toledo and then of the parking lot behind the building. Both...
NASA está solicitando tu ayuda para determinar “¿Qué ves en tu cielo?” El equipo NASA GLOBE nube quiere estudiar diferencias en nubes y aerosoles. La data colectada durante este reto del otoño en el hemisferio norte o primavera en el hemisferio sur será comparada con los resultados obtenidos durante el reto de primavera del 2018.
Puedes ayudar sometiendo observaciones de nubes, polvo atmosférico, calina, o humo (límite 10 por día) a GLOBE usando cualquiera de las opciones de entrada de datos, incluyendo la aplicación móvil GLOBE Observer.
Los participantes GLOBE y GLOBE...
Tú puedes reportar el cielo como 100% cubierto u obscurecido usando el protocolo de nubes en GLOBE y en la aplicación GLOBE Observer. ¿Cuál es la diferencia? Este blog tiene consejos para ayudarte. Todas las fotografías en este blog fueron colectadas por observadores como tú. ¡Gracias!
Al principio encontré la diferencia entre cubierto y obscurecido algo confuso, pero cuando entendí el significado de ambas, pude mejorar mis observaciones. Empecemos con definir ambos términos:
Cubierto – Noventa por ciento o más del cielo está cubierto por nubes. En esta situación vez bien poco o...
Audience: Everyone! (Students and teachers all grade levels, informal educators, and the general public)
Dates: October 15, 2019 - November 15, 2019
Observations: Clouds and aerosols (dust storms, haze, smoke). Limit 10 per day.
NASA is requesting your help to determine “What’s up in your Sky”. The GLOBE Clouds team wants to study differences in clouds and aerosols. The data collected during this fall challenge will be compared to results from the 2018 Spring Clouds Challenge. Help by submitting clouds, dust, haze or smoke observations (limit of 10 per day) to GLOBE using any of...
Guest Scientist Blog by Kayla M. Thomas, McNair Scholar, Southern Nazarene University
Oklahoma has experienced three major outbreaks of West Nile Virus (WNV) since its local introduction in 2002. State and local health agencies provide surveillance of mosquito-borne diseases although reduced resources and personnel limits its scope. With the addition of citizen scientists from the greater Oklahoma City, I was able to analyze ongoing mosquito observations by using NASA’s GLOBE Observer mobile app during the 2019 mosquito season.
Citizen scientist participation studies have shown several...
Guest Scientist Blog by Kenan Arica, NASA JPL Summer Intern
Mosquitoes are vectors for diseases such as malaria, dengue, Zika, Rift Valley fever, West Nile virus, chikungunya and other diseases. Unfortunately, climate change is expected to make the spread of mosquito-borne diseases worse. This summer, I did some exploratory research to see if we could combine the power of GLOBE citizen science data and social media to learn about where mosquitoes are found.
This summer I worked with the GLOBE Observer Mosquito Habitat Mapper (MHM) data. To ensure we get the highest...
Guest Scientist Blog by Jacqueline Castellanos, NASA JPL Summer Intern
My summer internship at NASA Jet Propulsion Laboratory exposed me to all parts of the scientific process. I went on a hike in search of mosquitoes, collected data, and I had the opportunity to teach teachers how to use the GLOBE Observer Mosquito Habitat Mapper. In my analysis, I learned how to work with data of varying quality and saw how environmental factors affect mosquito abundance. Most importantly, I learned that data given context and explored in meaningful ways can help us understand the problems we are...
In the GLOBE Clouds protocol and GLOBE Observer app, you can report if your sky is “overcast” or “obscured”. But what’s the difference? Below are some tips to help! All the photographs featured were collected by observers just like you - Thank you!
I found “obscured” and “overcast” very confusing at first, but when I understood what they meant, things made much more sense. Let’s start by defining them:
Overcast – The sky is completely covered by clouds (cloud cover greater than 90%). This means that you will see little or no blue sky. When it’s overcast, you are looking at stratus...
NASA GLOBE Clouds team with summer intern (from left to right: Tina Rogerson, Kevin Ivey, Marilé Colón Robles.
The NASA GLOBE Clouds team has been delighted to have recent high school graduate Kevin Ivey this summer as our intern through NASA's Internships and Fellowships program [link]. Read about his experience this summer as he tackled big data!
I’m Kevin Ivey and I’ve been interning with NASA GLOBE Clouds at NASA Langley Research Center this summer. I graduated high school in June and I’ll be a first-year at the University of Virginia this fall where I plan to...
¿Vives en un área que tiene tormentas de polvo atmosférico? Nos gustaría que fotografíes el evento y envíes tus fotos usando el app GLOBE Observer. ¿Ya has estado enviando datos sobre tormentas de polvo atmosférico? ¡MUCHAS GRACIAS! Ahora queremos que todos sepan que pueden enviar datos sobre estas tormentas con GLOBE Observer usando los siguientes pasos.
Conoce a los científicos
Daniel Tong es un pronosticador de polvo atmosférico con el Programa Nacional de Capacidades de Pronóstico de Calidad del Aire de la NOAA y el Equipo de Ciencias Aplicadas de Salud y...
Left: SEES Mosquito Mapper intern Maia W. in the field, sampling a mosquito larvae habitat on a construction site in her hometown. Right: GLOBE Observer Land Cover observations collected alongside mosquito habitat identifications provide important data for analysis. Photo credit: Author.
As part of our field research, SEES interns identify local potential mosquito breeding habitats. As I live in an area that is cold and rainy most of the year, I did not anticipate finding any larvae, and when I did find some, it was not in the area I expected. Rather than...
#19 August 2019
Prepared by Helen Amos, email@example.com
How to Download Dust Observations Reported through GLOBE
Dust event on 10 July 2019. Photo credit: GLOBE
Citizen scientists from around the world have been reporting dust events using the NASA GLOBE Observer app. You can learn about how to get involved here.
This blog offers step-by-step instructions on how to download GLOBE dust observations. There are two options. Option 1 is to download...
SEES Mosquito Mapper intern Lindsay W. in the field, sampling a mosquito larvae habitat site in her study area. Photo credit: Author.
California has recently emerged from a multi-year drought, but I live at the edge of a town in the chaparral where water is typically scarce. I often travel miles by car to find potential mosquito habitats, only to find no larvae in those water sources.
I eventually contacted Vector Control in hopes that they could direct me to potential breeding sites, and they sent me a few locations. As of yet, most sites I’ve visited have had water and no mosquitoes....
Left: example larva of the genus Toxorhynchites recovered from one of the author's research traps. Right: Larval specimen of prey, Culex quinquefasciatus, for comparison. Toxorhynchites are predator larvae and easily recognized by their unique morphology and larger size. Photo credit: Author.
Toxorhynchites is part of the mosquito family (Culicidae), also known as the “elephant mosquito” and “mosquito eater” and for good reason! These formidable larvae use their mandibles to prey on the larvae of other mosquitoes inhabiting the same...
SEES Mosquito Mapper intern Parker L. in his lab, identifying a specimen recovered from one of his mosquito research traps. Photo credit: Author.
I am fascinated at how effectively Aedes albopictus has expanded beyond its historical geographical origins in Asia, sticking its proboscis into Texas along with every continent across the globe except Antarctica. This invasive mosquito, which serves as a vector for dengue and chikungunya, has been enormously successful in utilizing alternative breeding containers to supplement its natural oviposition sites. In fact, it is...
SEES Mosquito Mapper intern Thien-Nha T. in the field, documenting potential larvae habitat sites. Photo credit: Author.
Before this project, I never ever imagined I would be interested in studying any type of bugs, much less mosquitoes -- my itch-causing nemesis. However, the more I realized how interconnected these bugs are with the rest of the world and even my own life, the more I saw their importance.
My field experiment was designed to figure out what vegetation and color surrounding would attract the most mosquitoes. The structure and goal of the experiment were inspired by two...
SEES Mosquito Mapper intern in the field, setting mosquito traps. Photo credit: Clara U.
Something that has fascinated me in the research I have done so far is the vast impact that human activity has on the distribution of mosquito communities. Globalization and human travel are thought to be responsible for introducing many mosquito-borne diseases to unlikely areas, for example, spreading the Culex tarsalis, a vector of western equine encephalitis, to Washington State. Artificial habitats that foster mosquito breeding can develop in abandoned tires, plastic containers, and other debris...
Do you live in an area that has dust storms? The Global Learning and Observations to Benefit the Environment Program (GLOBE) team would like you to photograph dust events in your area and submit your photos using the GLOBE Observer app.
Join NASA GLOBE Clouds Project Scientist, Marilé Colón Robles, to learn more about how to collect your observations and educational resources you can use with formal and informal audiences. Your observations will be used by scientists to verify satellite observations and see if their models have successfully predicted these dust storms...
Dr. Caio França speaking at the Science Museum Oklahoma.
Oklahoma is an ecologically diverse state in the Southern Plains region of the U.S. It is part of the central flyway for migratory birds, which makes it a sentinel location for West Nile Virus (WNV) surveillance. Why birds? Birds play a role in the WNV transmission cycle. Mosquitoes become infected with WNV when they bite an infected bird. Birds can develop high levels of the virus in their bloodstream. Because WNV is usually non-lethal in birds, birds serve as reservoir hosts. In disease ecology, there are organisms that serve as...
Do you live in an area that has dust storms? We would like for you to photograph the dust event and submit your photos using the GLOBE Observer app. Have you already been reporting dust storms? We noticed and what to say THANK YOU! Now we want to get the word out that anyone can report dust storms with the app following the steps below.
Watch the recorded webinar on how to submit your observations using the NASA GLOBE Observer app and learn about educational resources you can use in your classroom or in an informal setting [link]!
Interested in the data?...
You may have heard the news- there is an exciting challenge this summer for GLOBE Observer users!
The challenge follows in the spirit of early cartographers, Meriwether Lewis and William Clark, and you can win one of two ways. First, use GLOBE Observer to map as much land cover as possible in any GLOBE country by September 2. The top data collectors in each GLOBE region will be recognized. Or, for U.S. users, head to the Lewis and Clark National Historic Trail between Pittsburgh, PA and the Oregon Coast, and take Land Cover and Mosquito Habitat...
Our team has received several questions about what to do when mosquitoes are found in a natural habitat, such as an estuary or a wetland. When you use the Mosquito Habitat Mapper and your mosquito observations are finally logged, you are then prompted to do Step 4, “Eliminating Mosquito Breeding Habitat. By dumping or treating water you can significantly decrease the spread of mosquitoes.”
It’s important to clarify that Step 4 is referring to artificial or natural containers and human created water impoundments. Examples of water impoundments include things such as stock and cattle...
I am pleased to announce that the Institute for Earth Observation’s at Palmyra Cove’s Innovation Lab is developing a virtual reality experience called Lunar Learning Expeditions that will allow visitors to explore the lunar surface. The first release models the Apollo 11 moon landing site where visitors can perform some of the early experiments as part of the Early Apollo Scientific Experiments Package (EASEP). Within virtual reality, visitors will experience a view from inside a space suit as they perform mission tasks. In-game spectator cameras will allow visitors who are waiting in line...
With the beginning of the mosquito season comes the need for protecting individuals and communities from mosquitoes. When you use the GLOBE Observer Mosquito Habitat Mapper tool, you are not only providing useful surveillance information about when and where mosquitoes are found: you also are providing an important public service known as “source reduction.” Take a look around your home, park and school to see where you can reduce mosquito breeding in your neighborhood:
Remove all unnecessary containers where water can accidentally accumulate. Make sure water in pet bowls and in...