Currently, there are many types of fishes that can generate electric field roaming around from ocean to small rivers in our environment. This presentation depicts three of the most common electric fishes available.
The document discusses the electric eel. It notes that the electric eel is a fish that can produce electricity through specialized electric organs containing electrocytes cells. These cells are packed into the electric eel's body and can produce voltages over 600 volts at once, more than any other animal, through an organ like structure of electroplax that carries the electricity. The electric eel uses this ability to stun prey and deter predators.
Electric eels can grow up to 2 meters long and weigh 20 kg. They live in the Amazon and Orinoco Rivers, breathing faster or slower depending on oxygen levels in the water. Electric eels eat shrimp, crabs, and other invertebrates. They use electric pulses to stun prey and protect themselves from predators by shocking them. Although not endangered, electric eels face threats from pollution and require clean waterways to survive.
The document discusses the history and types of wireless power transmission. It describes how Heinrich Hertz and Nikola Tesla experimented with electromagnetic radiation and wireless power in the late 19th century. It then explains different types of wireless power transmission technologies like inductive coupling, resonant inductive coupling, and microwave power transmission. Finally, it predicts that wireless power transmission will increase in the future.
The curious evolution of electroreception in fish, amphibians, and monotremes...Mark McGinley
油
This document discusses electroreception, the ability of some animals to detect electric fields. It is found in fish, amphibians, monotremes, electric eels, and sharks. Electroreception allows animals to hunt, navigate during migration, and communicate socially. It evolved independently in different lineages and serves different purposes, such as hunting prey for platypuses or defending against predators for electric eels. The adaptation of electroreception is peculiar as it arose independently in various aquatic and semiaquatic vertebrate groups.
This document provides an overview of some basic electronic components, including resistors, inductors, capacitors, diodes, transistors, and integrated circuits (IC) chips. Resistors regulate current in a circuit and are measured in ohms. Inductors are coils of wire that can resist variations in electric current and inductance is measured in henries. Capacitors store electric charges and release them when needed, and capacitance is measured in farads. The document also briefly mentions diodes and transistors before discussing the advantages of integrated circuits, such as their small size, low weight and cost, and high working ability and speed.
The document provides biographical information about Michael Faraday, a British physicist and chemist who made major contributions to the fields of electromagnetism and electrochemistry through his inventions of the electric motor and electromagnetic generator. It discusses his background, career highlights including key inventions and discoveries, and later life before concluding with details of his death. Faraday's experiments laid the foundation for modern electricity and transformed society through applications of electric motors and power generation.
Torpedo, commonly known as electric rays, are marine carnivorous fish found on sandy or muddy bottoms from 80-100 meters deep. They are capable of generating electricity through specialized electric organs as a defense and feeding mechanism. The electric organs are composed of hexagonal electroplex cells arranged vertically like prisms that can discharge currents of 50-60 volts. Fishes are immune to their own electric currents due to high insulation of nerve fibers and high excitation thresholds of muscle fibers. The electric organs function to catch prey and as defense and warning mechanisms, and help maintain territories and allow for species recognition.
This document discusses several marine animals and their unique characteristics and behaviors. It describes how salmon migrate between fresh and salt water to spawn, and how electric eels and catfish generate electric shocks. It also summarizes the color changing abilities of octopuses, chameleons, and seahorses whose males carry fertilized eggs until birth.
The electric eel lives in freshwater habitats in South America and can grow up to 2 meters long. It has a cylindrical body with dark gray-brown coloring on its back and yellow or orange on top. The electric eel produces low voltage shocks to stun prey and has specialized electric organs called electrocytes. It reproduces during the dry season when males build nests out of slime for females to lay up to 1,700 eggs.
Permanent ice biomes are characterized by very cold temperatures, strong winds, little soil and fresh water, and are mainly composed of ice. They exist far north and south of the equator. Lichens and mosses are the main plant life, while the Arctic has more plant diversity than Antarctica. Common animal species in the Arctic include polar bears, walruses, seals, and Arctic foxes, while the Antarctic is home primarily to penguins. These species have adapted thick coats and layers of fat to survive the harsh climate. Climate is marked by low annual precipitation, average summer temperatures just above freezing, and winter temperatures well below freezing. Human pollution threatens these ecosystems by causing global warming and contaminating water sources.
Permanent ice biomes are characterized by harsh climates with little precipitation, strong winds, and sparse vegetation. The Arctic supports over 100 flowering plant species along with polar bears, seals, and Arctic foxes, while Antarctica has only 2 plant species and is home to penguins. Both regions experience long periods without sun in winter and temperatures often drop below freezing. Despite the cold, various organisms have adapted to survive, such as penguins retaining heat through tightly packed feathers. Climate change and human pollution threaten these fragile ecosystems by melting ice and introducing invasive species and contaminants into the food web.
The document discusses early fish evolution, including jawless fish like hagfish and lampreys. It describes key characteristics of hagfish, including that they have no backbone but are still considered vertebrates. It then discusses different classes of jawless fish like lampreys and ostracoderms, which were early armored fish. Placoderms followed as the first jawed fish.
The document summarizes key facts about the Agnatha class, which includes hagfish and lampreys. Hagfish are entirely marine and act as scavengers, using their slime and ability to tie themselves in knots. Lampreys include both marine and freshwater species, with marine ones being anadromous. They have a circular sucking mouth with teeth and can parasitically feed on fish for extended periods. In the Great Lakes, lampreys have caused damage and are controlled using larvicide, barriers, and sterilization techniques.
The intertidal zone is the area between high and low tide that is alternately exposed to air and submerged in water. It contains a diverse array of marine life that can only be seen at low tide. Some common organisms found in the intertidal zone include green sea urchins, brittle stars, hermit crabs, mussels, and periwinkles. These organisms are adapted to the changing conditions of the intertidal zone.
Sustainable electric energy micro generation system based on electricSuyog Nawalkar
油
This presentation will provide you the information about behavior of electric eels and how they generate electricity. It will also provide you the harvesting structure of electric power from electric eels.
Electric organs are found in about 250 species of fish and are composed of electroplates, which are stacks of electrocytes that discharge electricity. The organs vary in voltage output between species from 4-550 volts and serve functions like catching prey, defense, communication, and territory maintenance. Electric organs are thought to have evolved from muscle tissue, with different fish lineages co-opting different muscle groups for electrocyte differentiation during development.
ELECTROGENESIS IN FISHES By ABDUR ROUF SAMIMSYED ASSIM HAQ
油
This document summarizes electrogenesis in fishes. It describes that electrogenesis refers to the production of electrical impulses in living organisms, observed in fishes, reptiles, and mammals. There are two types of electric fishes - strongly electric fishes like torpedo and electrophorus, and weakly electric fishes like raja and gymnotus. Electric organs are specialized organs that produce electric fields outside the body, built from electroplates embedded in connective tissue. The location of electric organs varies between species, and electric organ discharges can be monophasic, biphasic, or polyphasic pulses. Electric organs are used for food procurement, defense, communication and other functions.
Giant squid are solitary predators that feed on deep sea fish and other squid species. They use their two elongated tentacles, which are clubs, to catch prey and bring it to their beak to shred before swallowing. One of the largest giant squid ever found washed up in Australia, measuring over 26 feet long. Giant squid can grow to enormous sizes, up to 13 meters for females and 10 meters for males, making them longer than sperm whales and among the largest living organisms.
0_Presentation of A Coelomate & a Non Coelomate Animal 2.pptxsoumyadeepsahamondal
油
This document is a PowerPoint presentation by Soumyadeep Saha Mondal, a student at Ramakrishna Mission Vivekananda Centenary College, on the study of two non-chordate animals - the Giant Pacific Octopus and the Cannonball Jellyfish. It provides details on the morphology, locomotion, digestive system, respiratory system, excretory system, reproduction, nervous system of the Giant Pacific Octopus. For the Cannonball Jellyfish, it describes the morphology, locomotion, digestive system and notes that it does not have well-developed digestive, respiratory, nervous or excretory systems. It also mentions that Cannonball Jellyfish stings can cause pain
This document provides information about various ocean creatures including whales, sharks, octopuses, jellyfish, and rays. It describes some key facts about each creature such as their physical characteristics, sizes, behaviors, and classifications. It also includes a brief author biography at the end.
0_Presentation of A Coelomate & a Non Coelomate Animal 2 (1).pptxsoumyadeepsahamondal
油
This document provides information about two non-chordate animals in a PowerPoint presentation: the Giant Pacific octopus, a coelomate animal, and the Cannonball jellyfish, a non-coelomate animal. It describes their morphological features, locomotion, digestive and other body systems. Key details provided include the Giant Pacific octopus' large size of up to 30 feet arm span, jet propulsion locomotion, and the female's protective care of her large clutch of 18,000-100,000 eggs for 6 months. For the Cannonball jellyfish, its dome shape up to 25cm wide and movement by pulsating its bell are highlighted.
This document discusses the use of lights in fishing, known as light fishing. It explains that lights attract fish and other marine organisms at night. Fishermen have taken advantage of this behavior by using lights attached to fishing gear or structures above or below the water to aggregate and catch fish. The document describes different types of lights used, including high-intensity and low-intensity lights, and discusses factors like brightness, color, and portability. It also explains photomovement responses like aggregation, photokinesis, phototaxis, and vertical migration that cause marine life to be drawn to light sources. Regulations around light fishing in the Philippines are also summarized.
The document discusses the intertidal zones of the California coast and the marine life found there. It describes some of the unique plants and animals that inhabit the tide pools, including sea stars, anemones, fish, sea urchins, and various types of algae. Underwater photography opportunities are also mentioned for observing the abundant marine biodiversity in the kelp forests and reefs off the California coast.
Education About Shark Presentation Template
If you want to buy this presentation template, please visit http://madlis.com
Good design gets out of the way of the content you are sharing. It helps your audience focus on the content itself instead of the design.
But, it's no secret that most people dislike giving presentations. The dread of public speaking consistently ranks among the greatest fears in public surveys.
This presentation slides can help you reduce the anxiety involved with giving a presentation. Well-designed slides not only build your own confidence, they make your key points clearer to the audience.
Education About Shark Presentation Template
If you want to buy this presentation template, please visit http://madlis.com
Good design gets out of the way of the content you are sharing. It helps your audience focus on the content itself instead of the design.
But, it's no secret that most people dislike giving presentations. The dread of public speaking consistently ranks among the greatest fears in public surveys.
This presentation slides can help you reduce the anxiety involved with giving a presentation. Well-designed slides not only build your own confidence, they make your key points clearer to the audience.
A well-qualified executive with expertise in national sales, strategic marketing, team building, and contract
negotiations. Committed to a high level of customer service to build trust and enhance sales. Highly motivated
to outperform the competition; consistently set and achieve personal goals above corporate expectations.
Exceptional deal-closing expertise; a keen understanding of corporate dynamics.
Torpedo, commonly known as electric rays, are marine carnivorous fish found on sandy or muddy bottoms from 80-100 meters deep. They are capable of generating electricity through specialized electric organs as a defense and feeding mechanism. The electric organs are composed of hexagonal electroplex cells arranged vertically like prisms that can discharge currents of 50-60 volts. Fishes are immune to their own electric currents due to high insulation of nerve fibers and high excitation thresholds of muscle fibers. The electric organs function to catch prey and as defense and warning mechanisms, and help maintain territories and allow for species recognition.
This document discusses several marine animals and their unique characteristics and behaviors. It describes how salmon migrate between fresh and salt water to spawn, and how electric eels and catfish generate electric shocks. It also summarizes the color changing abilities of octopuses, chameleons, and seahorses whose males carry fertilized eggs until birth.
The electric eel lives in freshwater habitats in South America and can grow up to 2 meters long. It has a cylindrical body with dark gray-brown coloring on its back and yellow or orange on top. The electric eel produces low voltage shocks to stun prey and has specialized electric organs called electrocytes. It reproduces during the dry season when males build nests out of slime for females to lay up to 1,700 eggs.
Permanent ice biomes are characterized by very cold temperatures, strong winds, little soil and fresh water, and are mainly composed of ice. They exist far north and south of the equator. Lichens and mosses are the main plant life, while the Arctic has more plant diversity than Antarctica. Common animal species in the Arctic include polar bears, walruses, seals, and Arctic foxes, while the Antarctic is home primarily to penguins. These species have adapted thick coats and layers of fat to survive the harsh climate. Climate is marked by low annual precipitation, average summer temperatures just above freezing, and winter temperatures well below freezing. Human pollution threatens these ecosystems by causing global warming and contaminating water sources.
Permanent ice biomes are characterized by harsh climates with little precipitation, strong winds, and sparse vegetation. The Arctic supports over 100 flowering plant species along with polar bears, seals, and Arctic foxes, while Antarctica has only 2 plant species and is home to penguins. Both regions experience long periods without sun in winter and temperatures often drop below freezing. Despite the cold, various organisms have adapted to survive, such as penguins retaining heat through tightly packed feathers. Climate change and human pollution threaten these fragile ecosystems by melting ice and introducing invasive species and contaminants into the food web.
The document discusses early fish evolution, including jawless fish like hagfish and lampreys. It describes key characteristics of hagfish, including that they have no backbone but are still considered vertebrates. It then discusses different classes of jawless fish like lampreys and ostracoderms, which were early armored fish. Placoderms followed as the first jawed fish.
The document summarizes key facts about the Agnatha class, which includes hagfish and lampreys. Hagfish are entirely marine and act as scavengers, using their slime and ability to tie themselves in knots. Lampreys include both marine and freshwater species, with marine ones being anadromous. They have a circular sucking mouth with teeth and can parasitically feed on fish for extended periods. In the Great Lakes, lampreys have caused damage and are controlled using larvicide, barriers, and sterilization techniques.
The intertidal zone is the area between high and low tide that is alternately exposed to air and submerged in water. It contains a diverse array of marine life that can only be seen at low tide. Some common organisms found in the intertidal zone include green sea urchins, brittle stars, hermit crabs, mussels, and periwinkles. These organisms are adapted to the changing conditions of the intertidal zone.
Sustainable electric energy micro generation system based on electricSuyog Nawalkar
油
This presentation will provide you the information about behavior of electric eels and how they generate electricity. It will also provide you the harvesting structure of electric power from electric eels.
Electric organs are found in about 250 species of fish and are composed of electroplates, which are stacks of electrocytes that discharge electricity. The organs vary in voltage output between species from 4-550 volts and serve functions like catching prey, defense, communication, and territory maintenance. Electric organs are thought to have evolved from muscle tissue, with different fish lineages co-opting different muscle groups for electrocyte differentiation during development.
ELECTROGENESIS IN FISHES By ABDUR ROUF SAMIMSYED ASSIM HAQ
油
This document summarizes electrogenesis in fishes. It describes that electrogenesis refers to the production of electrical impulses in living organisms, observed in fishes, reptiles, and mammals. There are two types of electric fishes - strongly electric fishes like torpedo and electrophorus, and weakly electric fishes like raja and gymnotus. Electric organs are specialized organs that produce electric fields outside the body, built from electroplates embedded in connective tissue. The location of electric organs varies between species, and electric organ discharges can be monophasic, biphasic, or polyphasic pulses. Electric organs are used for food procurement, defense, communication and other functions.
Giant squid are solitary predators that feed on deep sea fish and other squid species. They use their two elongated tentacles, which are clubs, to catch prey and bring it to their beak to shred before swallowing. One of the largest giant squid ever found washed up in Australia, measuring over 26 feet long. Giant squid can grow to enormous sizes, up to 13 meters for females and 10 meters for males, making them longer than sperm whales and among the largest living organisms.
0_Presentation of A Coelomate & a Non Coelomate Animal 2.pptxsoumyadeepsahamondal
油
This document is a PowerPoint presentation by Soumyadeep Saha Mondal, a student at Ramakrishna Mission Vivekananda Centenary College, on the study of two non-chordate animals - the Giant Pacific Octopus and the Cannonball Jellyfish. It provides details on the morphology, locomotion, digestive system, respiratory system, excretory system, reproduction, nervous system of the Giant Pacific Octopus. For the Cannonball Jellyfish, it describes the morphology, locomotion, digestive system and notes that it does not have well-developed digestive, respiratory, nervous or excretory systems. It also mentions that Cannonball Jellyfish stings can cause pain
This document provides information about various ocean creatures including whales, sharks, octopuses, jellyfish, and rays. It describes some key facts about each creature such as their physical characteristics, sizes, behaviors, and classifications. It also includes a brief author biography at the end.
0_Presentation of A Coelomate & a Non Coelomate Animal 2 (1).pptxsoumyadeepsahamondal
油
This document provides information about two non-chordate animals in a PowerPoint presentation: the Giant Pacific octopus, a coelomate animal, and the Cannonball jellyfish, a non-coelomate animal. It describes their morphological features, locomotion, digestive and other body systems. Key details provided include the Giant Pacific octopus' large size of up to 30 feet arm span, jet propulsion locomotion, and the female's protective care of her large clutch of 18,000-100,000 eggs for 6 months. For the Cannonball jellyfish, its dome shape up to 25cm wide and movement by pulsating its bell are highlighted.
This document discusses the use of lights in fishing, known as light fishing. It explains that lights attract fish and other marine organisms at night. Fishermen have taken advantage of this behavior by using lights attached to fishing gear or structures above or below the water to aggregate and catch fish. The document describes different types of lights used, including high-intensity and low-intensity lights, and discusses factors like brightness, color, and portability. It also explains photomovement responses like aggregation, photokinesis, phototaxis, and vertical migration that cause marine life to be drawn to light sources. Regulations around light fishing in the Philippines are also summarized.
The document discusses the intertidal zones of the California coast and the marine life found there. It describes some of the unique plants and animals that inhabit the tide pools, including sea stars, anemones, fish, sea urchins, and various types of algae. Underwater photography opportunities are also mentioned for observing the abundant marine biodiversity in the kelp forests and reefs off the California coast.
Education About Shark Presentation Template
If you want to buy this presentation template, please visit http://madlis.com
Good design gets out of the way of the content you are sharing. It helps your audience focus on the content itself instead of the design.
But, it's no secret that most people dislike giving presentations. The dread of public speaking consistently ranks among the greatest fears in public surveys.
This presentation slides can help you reduce the anxiety involved with giving a presentation. Well-designed slides not only build your own confidence, they make your key points clearer to the audience.
Education About Shark Presentation Template
If you want to buy this presentation template, please visit http://madlis.com
Good design gets out of the way of the content you are sharing. It helps your audience focus on the content itself instead of the design.
But, it's no secret that most people dislike giving presentations. The dread of public speaking consistently ranks among the greatest fears in public surveys.
This presentation slides can help you reduce the anxiety involved with giving a presentation. Well-designed slides not only build your own confidence, they make your key points clearer to the audience.
A well-qualified executive with expertise in national sales, strategic marketing, team building, and contract
negotiations. Committed to a high level of customer service to build trust and enhance sales. Highly motivated
to outperform the competition; consistently set and achieve personal goals above corporate expectations.
Exceptional deal-closing expertise; a keen understanding of corporate dynamics.
Basel Accords - Basel I, II, and III Advantages, limitations and contrastSyed Ashraf Ali
油
The Basel Accords is referred to the banking supervision Accords (recommendations on banking regulations). Basel I, Basel II and Basel III was issued by the Basel Committee on Banking Supervision (BCBS). They are called the Basel accords as the BCBS maintains its secretariat at the Bank for
International Settlements in Basel, Switzerland and the committee normally meets there. The Basel Accords is a set of
recommendations for regulations in the banking industry.
Key Performance Indicator (KPI) analysis of 5 Bangladeshi commercial bankSyed Ashraf Ali
油
Key Performance Indicator (KPI) is one of the most common tools to analyze the stability, profitability, sustainity, and liquidity of any organization by using ratio analysis.
Doctor on Demand - An app business that healsSyed Ashraf Ali
油
An app that will mainly provide doctor's serial number, virtual consultation, emergency home delivery of medicine and emergency blood bank contact numbers.
Cyber crime is the fastest growing and the most costly form of crime a business faces nowadays. From credit card fraud to cyber bullying, the crime meets no ends anytime soon.
PROBLEMS & OPPORTUNITIES
1. 27 MILLION US customers who receive Earned Income Tax Credit (EITC)
2. 2 MILLION them received (refund Doubling anticipation eachloan year in 2016
THE SOLUTION: RAPIDLY CASH
MOBILE-BASED PLATFORM to apply for instant cash
100属/o-200属/oAPR Loans based on income and tax return
Day 2 Seminar_Going Digital PAS conference Feb 2025_web.pptxmhutttch
油
We hear from MHCLGs digital team on the progress so far, and one of the councils who has been part of Open Digital Planning for years. We will share some ideas about what might be next, and how leaders of services can prepare for a more digital future. If you can feel the potential that better ICT and use of data can bring but dont know where to start this session is for you.
VENTILATION SYSTEM IN ANIMAL HOUSE
WHY DO WE need VENTILATION?
To keep Air movement
To keep cooling
To keep control relative humidity
To improve air quality for confined animals.
Air distribution
To remove moisture, gases, dust, odors and pathogens
For livestock productivity.
To limit carbon dioxide & methane buildup.
Governance of seabed integrity in the Baltic Seapermagoveu
油
Seabed integrity depends on the health and wellbeing of benthic habitats found on the seafloor. These habitats include geological and biological components that are constantly pressured by human activities e.g. dredging, bottom trawling.
PERMAGOV analysis of governance arrangements shows that the availability of knowledge is an essential enabler for seabed governance. Missing knowledge about the locations and extent of benthic habitat types, impacts of bottom trawling, cumulative impacts of activities, and the recovery potential of habitats hamper seabed governance.
Setting threshold values can support seabed governance by providing concrete quantified targets for seabed protection and legal depth for the enforcement of the MSFD.
Wildlife Day 2025: Celebrating Nature and Conservation Effortssun web solutionss
油
Join us as we celebrate Wildlife Day 2025! This 際際滷Share presentation explores the fascinating world of wildlife and highlights the importance of conservation efforts. From majestic elephants to endangered species, we delve into the unique behaviors and habitats of various animals and discuss how we can contribute to protecting these incredible creatures. Discover the beauty of biodiversity and learn about the crucial role we all play in preserving our natural world. Let's come together to make every day a Wildlife Day
Considerations for appropriate assessment of efficacy of biopesticides in the...OECD Environment
油
The OECD Seminar on Different aspects of efficacy evaluation of biopesticides, held on 28-29 June 2021, covered the similarities and differences of the efficacy evaluation of the different categories of biopesticides, new application techniques, efficacy evaluation of biopesticides based on plant defence inducers (PDI), comparison of efficacy requirements for biostimulants vs. biopesticides, how to evaluate different Integrated Pest Management (IPM) modules, and registration pathways with limited or no evaluation of efficacy. The event facilitated exchanges between policy makers, academia, and industry.
Breakout session Monday, February 10 at 2:30 p.m.
Precision Farming with Smart Soil Insights: How Advanced Soil Profiling Enhances Farm Economics and Ecology
As part of the ACTION Climate-Smart Commodities Partnership project being led by OpenTEAM, CTIC, Houston Engineering and The Nature Conservancy are leading development of the CTIC Conservation Connector, a new web app whose initial purpose is to allow farmers, ranchers, landowners and trusted advisors find conservation and climate-smart ag programs available to them, as well as service providers who can assist with the planning, implementation, and verification of incentivized practices.
Speaker: Dorn Cox, Wolfes Neck Research Center & OpenTEAM, Research Director, LeAnn Buck, MN Association of Soil & Water Conservation Districts, Executive Director, and Drew Kessler, Houston Engineering, Inc., Project Manager & Principal and as moderator David Gustafson (Speakers), Conservation Technology Information Center
Comparative study of foliar application of various beer products and sakkara ...Open Access Research Paper
油
Cucumber (Cucumis sativus) is an important vegetable crop in the tropics. Beer brewing is an intricate process encompassing mixing and further elaboration of four essential raw materials. Sakkara, Sri Lankan name for jiggery made by sugar cane stem extract. Sakkara Brewing (SBr) is also an intricate process like beer. It has reported that foliar application of beer and SBr resulted in significant growth stimulation in plants. The objectives of the present study were to compare the effects of five commercially available beer products and SBr on growth, flowering and fruit setting of cucumber plants. The study was conducted at farmers poly tunnel in a Completely Randomize Design with seven treatments randomized in five replicates. The treatments were T1 Carlsberg Special Brew (8.8% Ethanol), T2 Carlsberg (4.8% Ethanol), T3 Lion Strong (8.8% Ethanol), T4 Lion Stout (8.8% Ethanol), T5- Lion Larger (4.8% Ethanol), T6 SBr (2.2% ethanol, 4% methanol, 2.4 x 104 yeast cells per 1mm3 and PH= 3.36) and T7 Control (without spraying). Plants were established in pots and standard crop management practices were done. Products were sprayed to the seedlings 15 days after sowing and continued 6 times at 10 days intervals. Measurements were taken on growth, flowering and Fruit setting stages. The higher values of plant growth, reproductive and yield parameters were observed in beer and SBr applied treatments compared to control. SBr is very low cost product compared to commercially available beer. So, it can be recommended for vegetable cultivation as economically feasible and eco-friendly organic product.
Water pollution occurs when harmful substances contaminate a body of water, making it toxic to humans and the environment.
Causes
Point source pollution: Pollution from specific sources like sewage treatment plants or factories
Diffuse pollution: Pollution from widespread sources like farming and power plants
Oil spills: Accidental spills, transportation, runoff, and intentional dumping
Industrial wastewater: Heavy metals, dyes, and other pollutants released into water bodies
Agricultural runoff: Fertilizers, pesticides, and salt
Kamil Pyciak, A Name Making Waves in the Digital Worldkamilpyciakinfo1
油
Kamil Pyciak, based in the USA, is a passionate explorer and nature lover who connects with a Polish audience through an international platform. Surrounded by Americas breathtaking landscapes, he ventures into national parks, capturing the essence of the wilderness through his lens. Despite being miles away from Poland, Kamils digital presence transcends borders, uniting a global community of outdoor enthusiasts. Through striking photography and engaging storytelling, he fosters a shared admiration for nature, proving that the love for the great outdoors is a universal language that brings people together across continents.
3. LOCATION RANGE USAGE
Electric rays can be
found in arctic ocean.
known for being capable
of producing an electric
discharge, ranging from
8 to 220 volts.
They lie in wait for prey
below the sand or other
substrate, using their
electricity to stun and
capture it.
4. ELECTRIC
The electric eel has an
elongated, cylindrical
body, typically growing to
about 2 m (6 ft 7 in) in
length, and 20 kg (44 lb) in
weight.
5. LOCATION RANGE USAGE
Electric eels inhabit fresh
waters of the Amazon and
Orinoco River basins in South
America,.
Are capable of producing a
shock up to 860 volts and 1
ampere of current (860 watts)
for a duration of two
milliseconds.
They lie in wait for prey,
using their electricity to stun
and capture it.
6. ELECTRIC
CATFISH
Electric catfish is the common name for the
catfish (order Siluriformes) family
Malapteruridae. Electric catfish are usually
nocturnal and feed primarily on other fish,
incapacitating their prey with electric
discharges. They can grow up to 1 m long
7. LOCATION RANGE USAGE
Electric catfish are found in
tropical Africa and the Nile
River.
a large fish may generate an
electric shock from 300 to 400
volts.
Catfish does use its
electricity as a weapon to
ward off predators or to kill
its prey.