Freshwater microalgae, Staurastrum sp. Live cell. Stacked image
Phytoplankton (cyanobacteria and microalgae) can convert light energy and mineral nutrients into organic matter. They are responsible for the photosynthetic fixation of around 50×10^15 g C annually
A green algae called Cosmarium. live specimen. 400x magnification.
Dictyosphaerium sp, a freshwater colonial microalgae. 400x magnification.
Coscinodiscus, a marine microalgae from diatom group. Alga blooming. 400 x magnification with selective focus
Freshwater phytoplankton from desmid group. Closterium, Pleurotaenium, Cosmarium, and Euastrum. Selective focus image
Microalgae blooming on pond. The species is Micrasterias thomasiana, Netrium digitus, Cosmarium connatum, and Pleurotaenium sp. About 200x magnification. Selective focus
Microalgae, Cosmarium obsoletum asexual reproduction by binary fission. Live cell. Selective focus
Staurastrum rotula, a microalgae with a lot of hand-like structure. Live cell. 40x objective lens. Selective focus
Chlorella is a green unicellular microalgae that is commercially produced and distributed worldwide as a dietary supplement.
Green cells, microscopic particles. Molecules, molecular cell. Close up of a mirco organism, science and medical element
Freshwater colonial green microalgae, probably Dictyosphaerium sp. Live cells. 400x magnification. Selective focus
Freshwater phytoplankton or microalgae genus Cosmarium. The species probably Cosmarium obsoletum.
Freshwater green microalga, Micrasterias radiosa ssp. elegantior. Live cell. Selective focus
Actinotaenium sp, a green algae belonging desmid group. Live cell. Stacked photo
Freshwater phytoplankton or microalgae genus Cosmarium. The species probably Cosmarium obsoletum.
Chlorella is the first microalgae considered for mass cultivation and produced commercially. It was initially seen as a protein-rich source of food, but had also been proposed as a source of biofuel.
Freshwater microalgae from desmid group, Micrasterias apiculata. Freshwater phytoplankton. Live cell. Selective focus
Chlorella is microalgae belonging to the order of the Chlorococcales. It contains high concentration of vitamins, minerals, and antioxidants. Thus, chlorella is considered a superfood.
Freshwater green microalga, Micrasterias radiosa ssp. elegantior. Live cell. Selective focus
Asexual reproduction of cosmarium by cell division. Freshwater phytoplankton asexual reprodution
Microalgae with high amount of lipid content, ranging from 20-75%, belong to Botryococcus braunii, Chlorella, Schizochytium, Scenedesmus etc. These microalgae can be used as feedstock for biofuels.
A green algae called Cosmarium. The species probably Cosmarium decoratum. live specimen. 400x magnification with selective focus
Green microalgae, Micrasterias asexual reproduction via mitosis. The species probably Micrasterias thomasiana. Image with selective focus
Wageningen, Netherlands - September 22, 2020: Algae unit for Algae production as sustainable alternative biomass to produce fuel, oil and protein
Microalgae from genus Cosmarium. 2000 x magnification
Coleastrum, Scenedesmus, Euglena, and another green algae. 400x magnification with selective focus
Algae research in laboratories, biotechnology science concept, marine plankton or microalgae culture into glassware flask
Chlorella is a green microalgae containing various bioactive compounds and macronutrients such as lipids, carbohydrates, and proteins. It also considered a superfood.
Chlorella is a genus of single-celled green microalgae belonging to the division Chlorophyta. The cells are spherical in shape, about 2 to 10 μm in diameter, and are without flagella.
Microalgae are microscopic organisms that invisible to the naked eye.
Various microalgal species accumulate important biofuel precursors such as fatty acids and hydrocarbons.
Wageningen, Netherlands - September 22, 2020: Algae unit for Algae production as sustainable alternative biomass to produce fuel, oil and protein
Photobioreactor in medical science laboratory algae fuel biofuel industry, nature algal research, energy and healthcare treatment biotechnology, coronavirus covid-19 vaccine, eco living sustainable
Unicellular green algae chlorella spirulina with large cells single-cells with lipid droplets. Watercolor seamless pattern macro microorganism bacteria for cosmetics biological biotech design, biofuel
Unicellular green algae chlorella spirulina with large cells single-cells with lipid droplets. Watercolor seamless horizontal border macro microorganism bacteria for cosmetics biological biotech
microscopy of a sampling of diatoms, microalgae, jewels of the sea, living opals
Biofuel research process in laboratory, Microalgae Photobioreactor for alternative energy innovation in Renewable Energy Laboratory
Marine plankton or Microalgae culture into a test tube in laboratory, Green algae or phytoplankton can produce biofuel industry, Algae fuel, food, industries or biotechnology is developing sustainably
Biofuel research process in laboratory, Microalgae Photobioreactor for alternative energy innovation in Renewable Energy Laboratory
Raceway photobioreactor open for the cultivation of microalgae inside a greenhouse
Biofuel research process in laboratory, Microalgae Photobioreactor for alternative energy innovation in Renewable Energy Laboratory
Photobioreactor closed for the cultivation of microalgae inside a greenhouse
Single-cell algae with lipid droplets. Biofuel production. Illustration of microalgae under the microscope, isolated on white.
Wageningen, Netherlands - September 22, 2020: Algae unit for Algae production as sustainable alternative biomass to produce fuel, oil and protein
Photobioreactor in lab algae fuel biofuel industry. Algae fuel o
Research on microalgae in the laboratory
Photomicrograph of diatoms. Used in teaching aquatic biology.
Biofuel research process in laboratory, Microalgae Photobioreactor for alternative energy innovation in Renewable Energy Laboratory
Single-cell algae with lipid droplets. Biofuel production. 3d illustration of microalgae under the microscope, isolated on white.
Biofuel research process in laboratory, Microalgae Photobioreactor for alternative energy innovation in Renewable Energy Laboratory
Blur of group of green algae capture from microscope
Microalgae isolation in cell culture plates, laboratory supplies
Microalgae culture
3D illustration of a futuristic algae biofuel / biodiesel fueling station. Algae photobioreactors and refueling car in the desert.
Marine plankton or Microalgae culture into Erlenmayer flask in Scientific laboratory
Source, microalgae culture water jet
Сloseup salt, brine and mud of pink salty Sivash Lake near Azov Sea, colored by microalgae Dunaliella salina, enriching water of the lake by beta-carotene
Pure culture of green microalgae is grown in small bottles with nutrients rich seawater medium under the laboratory conditions.
Dried spirulina powder
Brine and salt of a pink lake Koyash colored by microalgae Dunaliella salina, famous for its antioxidant properties, enriching water by beta-carotene, used in medicine and spa. cape Opuk, Kerch Crimea
Pink extremely salty Syvash Lake, colored by microalgae with crystalline salt depositions. Also known as Putrid Sea or Rotten Sea. Ukraine, Kherson Region. Multi shots stitch high-resolution panorama.
Female scientist working in a biotechnology laboratory with reactors and microalgae cultivation
Tanned legs of a woman on salt of a pink lake, colored by microalgae Dunaliella salina, famous for its antioxidant properties, used in medicine, dermatology and spa
Closeup brine and salt of pink lake, colored by microalgae Dunaliella salina, famous for its antioxidant properties, enriching water by beta-carotene, used in medicine, dermatology and spa
Dried spirulina powder
Freshwater microalgae, Golenkinia sp. Live cell. Selective focus image
Freshwater microalgae blooming under microscope. The species is probably Chlamydocapsa sp. 800x magnification. Live cell. Selective focus
Freshwater microalgae blooming under microscope. The species is probably Chlamydocapsa sp. 800x magnification. Live cell. Selective focus
Freshwater microalgae blooming under microscope. The species is probably Chlamydocapsa sp. 800x magnification. Live cell. Selective focus
Freshwater microalgae, Cosmarium connatum, Live cell. Stacked photo
Microalgae cultivation and farming technology in Vietnam
microalgae cultivationfarming technology in Vietnam
microalgae cultivationfarming technology in Vietnam
Haematococcus is a microalga from Chlorophyta. A red microalga rich in astaxanthin, a potent antioxidant, used in health supplements and aquaculture for vibrant colors.
Freshwater microalgae blooming. The species probably Bracteacoccus sp. Selective focus image
Freshwater phytoplankton or microalgae genus Cosmarium. The species probably Cosmarium obsoletum.
Beautiful freshwater microalgae, Micrasterias mahabuleshwarensis. Live cell. Selective focus
Freshwater green microalgae. The species probably Cosmarium margaritatum. Live cell. Selective focus
Microalgae found in pond, Micrasterias sp. (probably M. thomasiana). Live cell. Selective focus
Microalgae under microscopic view, green algae, cyanobacteria, phytoplankton, diatom, algae mix collage background
Microalgae under microscopic view, green algae, cyanobacteria, phytoplankton, algae mix background
Microalgae blooming on pond. The species is Micrasterias thomasiana, Netrium digitus, Cosmarium connatum, Triploceras gracile, and Pleurotaenium sp. About 200x magnification. Selective focus
Biofuel research process in laboratory, Microalgae Photobioreactor for alternative energy innovation in Renewable Energy Laboratory
A colonial microalgae, Micrasterias foliacea, the diatom Eunotia sp, and Staurodesmus convergens. Live cells. 200x magnification
Cultivation of microalgae in wastewater could significantly contribute to wastewater treatment, biodiesel production, and thus the transition to renewable energy.
A green microalgae called Micrasterias mahabuleshwarensis. Collected from artificial lake. selective focus
Pleurotaenium nodosum, an microalgae from Desmid group. 400x magnification. Stacked image
Chlorella is a a green microalgae comprised of over 40% protein. It is also rich in iron, fiber, vitamins, carbohydrates, polyunsaturated fats, and antioxidants like lutein pigment.
Freshwater green microalgae, Coelastrum sp. Live cells. 400x magnification. Selective focus