RL.08.2 Evaluating the degree of environmental pollution
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Laboratory tests
1. Film in the standard version.
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2. Film with subtitles.
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3. Film with subtitles and pauses. Listen and repeat after the speaker.
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4. Film with subtitles and narration.
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classicmobile
Exercise 1
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Exercise 1
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Natural environment monitoring
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classicmobile
Exercise 2
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Exercise 2
classicmobile
Exercise 3
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Solve the exercise. Rozwiąż ćwiczenie.
Solve the exercise. Rozwiąż ćwiczenie.
After watching the animation “Natural environment monitoring”, match the words/phrases to form logical expressions. Po obejrzeniu animacji “Monitoring środowiska naturalnego”, połącz ze sobą słowa/zwroty, aby utworzyć logiczne frazy.
Source: Fundacja na Rzecz Rozwoju Polskiego Rolnictwa / Eduexpert Sp. z o.o., licencja: CC BY 3.0.
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Exercise 3
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Laboratory of environmental monitoring
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classicmobile
Exercise 4
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Solve the exercise. Rozwiąż ćwiczenie.
Solve the exercise. Rozwiąż ćwiczenie.
After watching the silent animation “Laboratory of environmental monitoring”, decide if the sentences are true or false. Po obejrzeniu animacji bez dźwięku „Laboratorium monitoringu środowiska”, ustosunkuj się do zdań umieszczonych w ćwiczeniu, podejmując decyzję, czy to prawda czy fałsz.
Prawda
Fałsz
Transport is not one of the procedures of collecting environmental components.
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When evaluating the degree of water pollution, we use the mathematical-physical method.
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The examination of oxygen content, pH, opacity, color, smell and temperature of water are basic physicochemical tests of water.
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The examination of suspended particulates in the air is concerned with measurements of pollution, dust and ozone content levels.
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The analysis of granulometric composition is carried out for water.
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The noise of machines and devices is an example of environmental noise.
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Safety rules must be followed at each stage of laboratory works.
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The microscope is a tool used for analyzing and recording research results.
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Source: Fundacja na Rzecz Rozwoju Polskiego Rolnictwa / Eduexpert Sp. z o.o., licencja: CC BY 3.0.
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Exercise 4
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Collecting soil samples
The hypertext material presents a dialogue between a farmer and an employee of the Inspection for Environmental Protection during the inspection of the soil on a farm. The inspector provides information on the method and place of soil sampling.
Hipertekst przedstawia dialog rolnika z pracownikiem Inspekcji Ochrony Środowiska podczas kontroli gleby w gospodarstwie. Inspektor podaje informacje dotyczące sposobu i miejsca poboru próbek gleby.
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Inspector: Good morning.
Farmer: Good morning. What brings you here?
Inspector: I’m an employee of the Inspection for Environmental Protectionm26782edbcaedf1c3_1497279637332_0Inspection for Environmental Protection. You needed help in order to determine the reasons for your yieldm26782edbcaedf1c3_1497279718401_0yield losses.
Farmer: Of course. Please, come in. Will this help me determine the right doses of***fertilizers?***m26782edbcaedf1c3_1497279733582_0***fertilizers?***
Inspector: Yes, it’s necessary to study the soil and determine fertilizer recommendations. I will add that the rules for sampling arise from legal provisions. We’re interested in the Polish Standard in which the procedure is given.
Farmer: What place is good for sampling?
Inspector: Samples shouldn’t be collected from the outskirts of the fieldm26782edbcaedf1c3_1497279738479_0outskirts of the field, in places after stacks and mounds, and in hollows and sharp elevations.
Farmer: I have different crops in the field, does this matter?
Inspector: Of course. The samples should be prepared separately for each crop. You’re allowed to take one sample from different crops if they have similar requirements and a field fertilization historym26782edbcaedf1c3_1497279743621_0fertilization history.
Farmer: How will you collect the samples?
Inspector: I’ll collect the soil samples from the soil profilem26782edbcaedf1c3_1497279748379_0soil profile from the arable layerm26782edbcaedf1c3_1497279753543_0arable layer from the depth of up to 20cm, and from the subsoil layerm26782edbcaedf1c3_1497279762480_0subsoil layer. Then a 30cm hole should be dug, and the soil from the 40cm soil profile should be collected.
Farmer: What will be used to collect the samples?
Inspector: Egner's soil stickm26782edbcaedf1c3_1497279767416_0Egner's soil stick. You can also use a drillm26782edbcaedf1c3_1497279772536_0drill, or a spadem26782edbcaedf1c3_1497279777622_0spade.
Farmer: How do you use Egner's soil stick?
Inspector: You dig the stick vertically into the soil and take it out after turning it. Then from the tunnel for collecting the soil columnm26782edbcaedf1c3_1497279782995_0soil column, you scrape the entire contents into boxes with labelsm26782edbcaedf1c3_1497279793098_0labels. You use a scraper for soil samplesm26782edbcaedf1c3_1497279787842_0scraper for soil samples for the scraping.
Farmer: Are there any other recommendations when collecting samples?
Inspector: All activities related to the collection and transport of samplesm26782edbcaedf1c3_1497279799633_0transport of samples should be performed in laboratory gloves, and protective goggles should be used to cover your eyes.
Farmer: In that case, let’s get to work.
Inspector: Yes, let’s go to the designated sampling sites for each crop.
classicmobile
Exercise 5
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Solve the exercise. Rozwiąż ćwiczenie.
Solve the exercise. Rozwiąż ćwiczenie.
On the basis of the hypertext “Collecting soil samples”, match the questions with the correct answer. Na podstawie hipertekstu „Pobór próbek glebowych”, połącz pytania z prawidłową odpowiedzią.
The farmer wanted to determine the right doses of fertilizers., An employee of the Inspection for Environmental Protection came to the farmer., All activities related to the collection and transport of samples should be performed in laboratory gloves, and protective googles should be used to cover your eyes., The soil samples will be collected from the soil profile from the arable layer and subsoil layer., To develop fertilizer recommendations, it’s necessary to study the soil., Soil samples are collected using Egner's soil stick, or you can use a drill, or a spade., You are allowed to take one sample from different crops if they have similar requirements and a field fertilization history., Soil samples shouldn’t be collected from the outskirts of the field, in places after stacks and mounds, and in hollows and sharp elevations., The rules for sampling are written down in the Polish Standard.
Who came to the farmer to help him determine the reasons for his yield losses?
What did the farmer want to determine?
What test is necessary to develop fertilizer recommendations?
Where are the rules for sampling written down?
From which places shouldn’t soil samples be taken?
Is it possible to take one sample from various crops?
Which layers of the soil profile are the samples taken from?
With what device are soil samples collected?
What are the recommendations for taking samples?
Source: Fundacja na Rzecz Rozwoju Polskiego Rolnictwa / Eduexpert Sp. z o.o., licencja: CC BY 3.0.
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Exercise 5
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Inspekcja Ochrony Środowiska
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plon
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nawóz
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obrzeże pola
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historia nawozowa
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profil glebowy
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warstwa orna
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wartwa podorna
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laska glebowa Egnera
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świder
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szpadel
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słup gleby
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skrobak do próbników gleby
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metryczka
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transport próbek
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Air quality analysis
The hypertext material presents an information leaflet on the methods of measuring suspended particulates in the air.
Hipertekst przedstawia ulotkę informacyjną na temat metod pomiaru pyłu zawieszonego w powietrzu.
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As part of the State Environmental Monitoring, measurements of PM10 and PM2.5 suspended particulatesm26782edbcaedf1c3_1497292341857_0suspended particulates, with particle diameters up to 10 μm and 2.5 μm respectively, are carried out. The Inspection for Environmental Protectionm26782edbcaedf1c3_1497279637332_0Inspection for Environmental Protection examines the content of particulate matter PM10 and PM2.5 in the air, using the m26782edbcaedf1c3_1497292330786_0m26782edbcaedf1c3_1497292330786_0gravimetric methodm26782edbcaedf1c3_1497292330786_0gravimetric method (reference method).
In this method, the so‑called dust collectorsm26782edbcaedf1c3_1497292326285_0dust collectorsare used. They are special devices which suck in atmospheric airm26782edbcaedf1c3_1497292312053_0atmospheric air. Every two weeks, 14 disposable filters are mounted onto the collector. The device changes them automatically every 24 hours. Each filter has its own unique identification number. Before mounting, the clean filters are conditionedm26782edbcaedf1c3_1497292307534_0conditioned and weighedm26782edbcaedf1c3_1497292302003_0weighed in the laboratory, placed in special containers for transportm26782edbcaedf1c3_1497292294450_0containers for transport, and then transported to the measuring stationm26782edbcaedf1c3_1497292283746_0measuring station and placed in the collector. After 14 days, all filtersm26782edbcaedf1c3_1497292278430_0filters are removed, placed in special containers for transport and transported back to the laboratory.
In the laboratory, the filters are conditioned and weighed for the second time, now as filters after the so‑called exposure. The dust concentrationsm26782edbcaedf1c3_1497292272551_0dust concentrations are calculated on the basis of the mass differences before and after the filter exposure, related to the air flow volume in the collector. These concentrations are given in micrograms per cubic meter [μg/m3]. The advantage of this measuring method is its very high accuracy.
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pył zawieszony
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Inspekcja Ochrony Środowiska
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classicmobile
Exercise 6
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Exercise 6
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metoda grawimetryczna
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pobornik pyłowy
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powietrze atmosferyczne
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kondycjować
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ważyć
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pojemnik do transportu
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stacja pomiarowa
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filtr
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stężenie pyłów
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Work safety rules
The hypertext material presents a fragment of training materials. It concerns the threats concerned with conducting laboratory works.
Hipertekst przedstawia fragment materiału szkoleniowego. Dotyczy zagrożeń występujących podczas prowadzenia prac laboratoryjnych.
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The most important thing in laboratory work is safety.
1. The place where chemical reactionsm26782edbcaedf1c3_1497302764422_0chemical reactions and chemical processesm26782edbcaedf1c3_1497302754287_0chemical processes are carried out must be adequately ventilated. 2. Only activities such as weighing, siftingm26782edbcaedf1c3_1497302748645_0sifting solids, filtrationm26782edbcaedf1c3_1497302736917_0filtration, pouringm26782edbcaedf1c3_1497302733680_0pouring with the use of aqueous solutionsm26782edbcaedf1c3_1497302728712_0aqueous solutions non‑hazardous to the human body can be carried out on a laboratory tablem26782edbcaedf1c3_1497302618223_0laboratory table. 3. We carry out the majority of activities under a well‑functioning ventilatorm26782edbcaedf1c3_1497302614191_0ventilator. Flammable substancesm26782edbcaedf1c3_1497302609415_0Flammable substances, such as organic solvents, must be made in special fume hoods. 4. All people in the laboratory must have alab coatm26782edbcaedf1c3_1497302603612_0lab coatand protective gogglesm26782edbcaedf1c3_1497302598187_0protective goggles on. The lab coat should be made of natural fibers and fastened with a few buttons. 5. The goggles should protect the eyes completely, therefore goggles with a large area with side ridges are recommended. 6. While working with dangerous caustic substancesm26782edbcaedf1c3_1497302589553_0caustic substances, we protect our hands by using protective glovesm26782edbcaedf1c3_1497302944027_0protective gloves. 7. Sometimes we use dust masksm26782edbcaedf1c3_1497302952671_0dust masks that protect us against poisonous solid substancesm26782edbcaedf1c3_1497302963254_0solid substances. We put them on during weighing, or sifting. 8. You should know where the emergency equipment is located in the laboratory room: the fire extinguisher, the first aid kit, adsorbents, OHS instructions and the emergency exit. 9. Before starting work, familiarize yourself with the data sheets of dangerous substances present in the laboratory. You will learn in detail what to do in the case of danger, and what you need to pay special attention to.
classicmobile
Exercise 7
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Exercise 7
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reakcja chemiczna
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proces chemiczny
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przesypywać
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sączyć
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przelewać
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roztwór wodny
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stół laboratoryjny
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wyciąg
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substancja łatwopalna
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fartuch laboratoryjny
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okulary ochronne
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substancja żrąca
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rękawice ochronne
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maseczka przeciwpyłowa
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substancja stała
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Gallery
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classicmobile
Exercise 8
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Solve the exercise. Rozwiąż ćwiczenie.
Solve the exercise. Rozwiąż ćwiczenie.
From the word bank, choose the words and phrases that are needed to describe photo no. 3 “Environmental laboratory”. Z banku słów wybierz słowa i zwroty, które są potrzebne do opisania rysunku nr 3 „Laboratorium środowiskowe”.