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1. Определение согласно словарю;
2. Источник где это слово (коллокация) была замеченна;
3. Примеры употребления нового слова, синонимов, антонимов (если необходимо); Возможно какие то паралели с уже знакомыми словами.
a) Письменные из словаря
б) Устные из http://www.tubequizard.com/search.php
(search in subtitles) Послушать несколько вариантов употребления и скопировать ссылку.
4. Поставить 2 персональные цели употребления, нового слова или синонима. Иногда, когда мы смотрим в словаре нам уже известное слово, мы видим его новое употребление, которое нам интересно. Ставим цели употребления 1 легкую (часто устно) и 1 более сложную (часто письменно).
5. Фраза, которая правдива для меня, с новым словом.

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Instant quizzes for any subtitled Youtube video

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Словарный запас

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Словарный запас

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1) Есть 3 уровня переработки информации, поверхностный, семантический и глубокий. Психология говорит нам, что для помещения информации в глубокий слой, необходимо использовать не простое повторение, а удерживающее. Необходимо отрабатывать усложненные варианты.
2) Мозг запоминает лучше информацию которая связанна между собой: запоминание новых слов по темам, создание ассоциаций, эмоционально окрашиваемая информация (фразы которые правдивы для меня), постепенное введение новых слов на базе уже пройденных. (issue, big, central, burning issue; raise issue, debate the issue, settle the issue, focus on issue)
4) Кривая забывания Эббингауза: новая информация должна быть повторенна в течении 20 минут после первого упоминания и далее в течении 2 дней.
5) Не достаточно запомнить слово, надо научиться его применять правильным образом. Для этого его надо прочитать, услышать несколько раз в различных контекстах.

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1.
Conversely, used for introducing a sentence, or part of a sentence, which says something that is the opposite of the other part
2.
https://www.epa.gov/air-research/air-quality-and-climate-change-research
Climate change can impact air quality and, conversely, air quality can impact climate change.
3.
a)
I hope the weather improves. Otherwise, we’ll have to cancel the picnic. Synonym otherwise - at the beginning of the sentence.
The program has saved thousands of children who would otherwise have died. Synonym otherwise - in the middle of the verb's construction.
b)
Examples of conversely:
http://www.tubequizard.com/search.php?pattern=!Y29udmVyc2VseQ&quizType=0
4.
I've already used the word otherwise and often, at the beginning of the sentence. So I plan to use And, conversely... instead of otherwise sometimes.
I've already used the adverbs in the middle of the verb's construction. I'll try to use otherwise as well.
5.
My friend Ira prefers to work late at night. And conversely, I like to work early in the morning.

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Climate change can impact air quality and, conversely, air quality can impact climate change.

Climate Change Impacts on Air Quality

Changes in climate can result in impacts to local air quality. Atmospheric warming associated with climate change has the potential to increase ground-level ozone in many regions, which may present challenges for compliance with the ozone standards in the future. The impact of climate change on other air pollutants, such as particulate matter, is less certain, but research is underway to address these uncertainties.

Air Quality Impacts on Climate Change

Emissions of pollutants into the air can result in changes to the climate. These pollutants, including greenhouse gases, are often referred to as climate forcers. Ozone in the atmosphere warms the climate, while different components of PM can have either warming or cooling effects on the climate. For example, black carbon, a particulate pollutant from combustion, contributes to the warming of the Earth, while particulate sulfates cool the earth's atmosphere.

Research on climate change and air quality includes:

Point source emissions of air pollutants and climate forcers

Fugitive and area source emissions of air pollutants and climate forcers

Mobile source emissions of air pollutants and climate forcers

Developing and verifying air pollution emissions inventories, including greenhouse gas emissions.

Modeling chemical transport of air pollutants emitted into the atmosphere.

Quantifying the health and economic benefits of reducing air pollution and emissions of climate forcers.

Evaluating how different m ultipollutant/multisector control strategies can affect greenhouse gases and other air pollutant emissions.

The scientific knowledge and tools developed by EPA are enhancing the ability of state and local air quality managers to consider climate change in their decisions to protect air quality and to reduce the impacts of a changing climate.
Related Resources

Air Research

National Climate Assessment - EPA contributes to the U.S. Global Change Research Program's development of the National Climate Assessment, including chapters on the impacts of climate on air quality. The Fourth National Climate Assessment was published in November 2018 and the Fifth National Climate Assessment is under development.

Clean Cookstove Research - The majority of cookstoves used in developing countries emit black carbon, an air pollutant that contributes to warming of the atmosphere.

Related Tools

GLIMPSE Model - GLIMPSE is a decision support modeling tool being developed by EPA that will assist states with energy and environmental planning through the year 2050. Users of GLIMPSE can explore the impacts of energy technologies and policies on the environment.

Community Multi-scale Air Quality Model - CMAQ is EPA's premier modeling system for studying air pollution from local to hemispheric scales.

Publications

Science Inventory is a searchable database of journal articles, reports and presentations primarily by the EPA's Office of Research and Development.

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Air Quality and Climate Change Research | US EPA

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EPA is conducting research to understand the relationships between climate change and air quality by advancing the understanding of temperature changs on ozone and particulate matter concentrations and changes in pollen and allergic disease patterns.