premise
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For some pathogens concentrated by shellfish, a period of depuration (holding of shellfish in clean water for several days) can remove most of the pathogens.
|
Water can be boiled to kill giardia and most other pathogens.
|
neutral
|
Most pathogens are killed at lower temperatures.
|
Water can be boiled to kill giardia and most other pathogens.
|
neutral
|
Only boiling, or a sophisticated filtration system, can kill or remove human pathogens such as giardia and leptospirosis.
|
Water can be boiled to kill giardia and most other pathogens.
|
entails
|
Pathogens known not to be dangerous to humans can kill other species.
|
Water can be boiled to kill giardia and most other pathogens.
|
neutral
|
Solar cookers can also be used to sterilize water, food, or milk (bacteria and other pathogens are killed).
|
Water can be boiled to kill giardia and most other pathogens.
|
neutral
|
This is in contrast to most other grape pathogens, such as black rot and downy mildew, that require free water on the plant surface before the spores can germinate and infect.
|
Water can be boiled to kill giardia and most other pathogens.
|
neutral
|
This may mean the water has pathogens or other substances which can be harmful.
|
Water can be boiled to kill giardia and most other pathogens.
|
neutral
|
Unlike most primary pathogens, some opportunistic bacterial pathogens can colonize and grow in the biofilm in water system distribution lines.
|
Water can be boiled to kill giardia and most other pathogens.
|
neutral
|
We add chlorine to the drinking water to kill bacteria, viruses, and other pathogens that can make people sick.
|
Water can be boiled to kill giardia and most other pathogens.
|
neutral
|
As an oxide of hydrogen, water is formed when hydrogen or hydrogen-containing compounds burn or react with oxygen or oxygen-containing compounds.
|
Water is an oxide of hydrogen.
|
entails
|
Chlorine is a strong oxidizing element causing the hydrogen to split from water in moist tissue, resulting in nascent oxygen and hydrogen chloride that cause corrosive tissue damage.
|
Water is an oxide of hydrogen.
|
neutral
|
Effects of hydrogen and water vapor on oxidation and corrosion mechanisms, and 5.
|
Water is an oxide of hydrogen.
|
neutral
|
Elemental potassium is a soft silvery-white alkali metal that oxidizes rapidly in air and reacts vigorously with water, generating sufficient heat to ignite hydrogen emitted in the reaction and burning with a lilac- colored flame .
|
Water is an oxide of hydrogen.
|
neutral
|
Hydrogen oxide is water in vapor form and just adds to the water portion of air.
|
Water is an oxide of hydrogen.
|
neutral
|
The oxygen will create excess decomposition of the crucible, the hydrogen will be oxidized back into water in the copper oxide catalyst heater.
|
Water is an oxide of hydrogen.
|
neutral
|
The uranium oxidizes and swells, and absorbs some of the hydrogen released by the uranium-water reaction.
|
Water is an oxide of hydrogen.
|
neutral
|
The water can oxidize the dioxide to produce the higher oxide and generate large quantities of hydrogen gas if stored for an extended period.
|
Water is an oxide of hydrogen.
|
neutral
|
This is analogous to related compounds such as hydrogen peroxide, hydrogen sulfide, and deuterium oxide (heavy water).
|
Water is an oxide of hydrogen.
|
neutral
|
To make this, pure uranium oxide is treated first with hydrogen, then dry hydrogen fluoride and finally with elemental fluorine.
|
Water is an oxide of hydrogen.
|
neutral
|
Water Water is a liquid oxide of hydrogen .
|
Water is an oxide of hydrogen.
|
entails
|
Water is a chemical compound that is created when the element hydrogen reacts with the element oxygen.
|
Water is an oxide of hydrogen.
|
neutral
|
Evaporation accounts for 42% of the outflow of the lake, which leaves the lake slightly saline.
|
Water leaves ponds and lakes through evaporation and also as outflow.
|
neutral
|
Kolk lakes are potholes with no inflow or outflow of water.
|
Water leaves ponds and lakes through evaporation and also as outflow.
|
neutral
|
Major issue is outflow of water from Lake Lowry.
|
Water leaves ponds and lakes through evaporation and also as outflow.
|
neutral
|
Major outputs of lake water are Whatcom Creek (77.5% of outflow), City of Bellingham intake (11.3%), evaporation (7.9
|
Water leaves ponds and lakes through evaporation and also as outflow.
|
neutral
|
Outflows from lakes and rivers include evaporation, movement of water into groundwater, and withdrawals by people.
|
Water leaves ponds and lakes through evaporation and also as outflow.
|
entails
|
Water leaves the lake through evaporation (Evap), surface-water outflow (SW Out ), and ground-water outflow (GW Out ).
|
Water leaves ponds and lakes through evaporation and also as outflow.
|
entails
|
Water loss from the lake occurs through evaporation, groundwater outflow into the basalt bedrock and alluvium, and by irrigation.
|
Water leaves ponds and lakes through evaporation and also as outflow.
|
entails
|
usable in controlled-outflow natural and man- made lakes and ponds.
|
Water leaves ponds and lakes through evaporation and also as outflow.
|
neutral
|
Cover roots with moist soil and water frequently.
|
Water molds mostly live in water or moist soil.
|
neutral
|
I water it enough to keep the soil moist most of the time.
|
Water molds mostly live in water or moist soil.
|
neutral
|
If soil is moist, do not water.
|
Water molds mostly live in water or moist soil.
|
neutral
|
If the soil is moist at your fingertip, wait to water.
|
Water molds mostly live in water or moist soil.
|
neutral
|
If the soil surface is moist, the water evaporates into the air.
|
Water molds mostly live in water or moist soil.
|
neutral
|
Keep soil evenly moist by watering plants daily.
|
Water molds mostly live in water or moist soil.
|
neutral
|
Keep soil moist but not wet by spraying with water.
|
Water molds mostly live in water or moist soil.
|
neutral
|
Keep the soil moist watering as needed.
|
Water molds mostly live in water or moist soil.
|
neutral
|
Most soil-applied herbicides require 0.5 to 0.75 inches to be moved in the soil if the soil is dry (less water if the soil is moist).
|
Water molds mostly live in water or moist soil.
|
neutral
|
Resist the urge to water a wilted plant if the soil is moist.
|
Water molds mostly live in water or moist soil.
|
neutral
|
Slender eggs are laid in or on moist soil, or at the water's edge.
|
Water molds mostly live in water or moist soil.
|
neutral
|
Soil Moist Water Retention Beads -
|
Water molds mostly live in water or moist soil.
|
neutral
|
Some crane fly species do not live under water but instead live in the moist soil near the water.
|
Water molds mostly live in water or moist soil.
|
neutral
|
The best soil is moist with plenty of air, not water logged.
|
Water molds mostly live in water or moist soil.
|
neutral
|
WATER Water regularly, keeping soil moist but not soggy.
|
Water molds mostly live in water or moist soil.
|
neutral
|
Water The soil needs to be moist, but not soggy.
|
Water molds mostly live in water or moist soil.
|
neutral
|
Water hemlock occurs most commonly with moist soils in eastern North Dakota.
|
Water molds mostly live in water or moist soil.
|
neutral
|
Water it regularly so the soil is moist but not waterlogged.
|
Water molds mostly live in water or moist soil.
|
neutral
|
Water only to keep the soil slightly moist.
|
Water molds mostly live in water or moist soil.
|
neutral
|
Water periodically to keep the soil evenly moist.
|
Water molds mostly live in water or moist soil.
|
neutral
|
Water soil thoroughly and keep soil moist but not wet.
|
Water molds mostly live in water or moist soil.
|
neutral
|
Water soil to keep it moist, but not sodden.
|
Water molds mostly live in water or moist soil.
|
neutral
|
Water soil until moist.
|
Water molds mostly live in water or moist soil.
|
neutral
|
Water the seeds enough to keep the soil moist.
|
Water molds mostly live in water or moist soil.
|
neutral
|
Water the soil as needed to keep it moist.
|
Water molds mostly live in water or moist soil.
|
neutral
|
Water the soil deeply and keep it moist as the tree establishes.
|
Water molds mostly live in water or moist soil.
|
neutral
|
Water thoroughly, keep soil moist.
|
Water molds mostly live in water or moist soil.
|
neutral
|
Water to keep soil moist.
|
Water molds mostly live in water or moist soil.
|
neutral
|
Water to keep the soil moist but not soggy.
|
Water molds mostly live in water or moist soil.
|
neutral
|
Water to keep the soil moist.
|
Water molds mostly live in water or moist soil.
|
neutral
|
While most water molds are aquatic, some live in the soil, and others are plant parasites.
|
Water molds mostly live in water or moist soil.
|
entails
|
You don't need to water if the soil is still moist.
|
Water molds mostly live in water or moist soil.
|
neutral
|
by evaporation from water surfaces, moist soil, and snow;
|
Water molds mostly live in water or moist soil.
|
neutral
|
Aerosols may be prepared as watery solutions of water soluble agents, in liposomes or other carrier substances and sometimes as dry powder preparations.
|
Water plus other substances makes a(n) solution.
|
neutral
|
All solutions are composed of a solvent (water or other fluid) and a solute (the dissolved substance).
|
Water plus other substances makes a(n) solution.
|
entails
|
All solutions are composed of a solvent (water or other fluid) and the dissolved substance, called the "solute".
|
Water plus other substances makes a(n) solution.
|
entails
|
All solutions consist of some kind of a Solvent (such as water or other liquid) which dissolves another substance, usually a solid.
|
Water plus other substances makes a(n) solution.
|
entails
|
Emulsifiers are chemical substances that cause suspension of oil droplets in water to make a translucent solution in water.
|
Water plus other substances makes a(n) solution.
|
neutral
|
To help make it more understandable, have children test the pH of various common substances like orange juice, water, baking soda solution, and milk.
|
Water plus other substances makes a(n) solution.
|
neutral
|
When a substance has dissolved in water (making a solution), it has generally been divided to a size where it actually fits between the water molecules.
|
Water plus other substances makes a(n) solution.
|
entails
|
When water and another substance is mixed the resulting solution is called an aqueous solution.
|
Water plus other substances makes a(n) solution.
|
entails
|
4) Impacts from water features such as creeks, seeps, springs, wetlands, etc. 5) Suitability of the site and soil for drywells, infiltration ponds, or other on-site infiltration devices, if proposed.
|
Water seeping into the ground is known as infiltration.
|
neutral
|
As precipitation falls towards the earth, some of the water seeps into the ground, a process known as infiltration.
|
Water seeping into the ground is known as infiltration.
|
entails
|
For instance, rainfall that seeps into the ground ( infiltration ).)
|
Water seeping into the ground is known as infiltration.
|
entails
|
Infiltration is the process where water seeps into the ground.
|
Water seeping into the ground is known as infiltration.
|
entails
|
Infiltration occurs when precipitation seeps into the ground.
|
Water seeping into the ground is known as infiltration.
|
entails
|
It may seep into the ground and become groundwater in a process known as infiltration (water seeping through soil).
|
Water seeping into the ground is known as infiltration.
|
entails
|
The goal of this response action was to prevent infiltration of water into the tailing, prevent erosion of the tailing, and to treat the impoundment seep until it was gone.
|
Water seeping into the ground is known as infiltration.
|
neutral
|
The vertical flow is when is slowly seeps into the ground and is called infiltration .
|
Water seeping into the ground is known as infiltration.
|
entails
|
When this precipitation reaches land surfaces in and around the Celery Bog, the water can seep into the soil ( infiltration ) or move across the surface ( runoff ).
|
Water seeping into the ground is known as infiltration.
|
entails
|
A single cell is dislodged from the embryo with a gentle suction.
|
We all start as a single cell and soon grow into a(n) embryo.
|
neutral
|
A single cell is removed from a developing embryo and tested.
|
We all start as a single cell and soon grow into a(n) embryo.
|
neutral
|
Animal cell differentiation As an embryo grows, it produces new cells that all contain the same DNA .
|
We all start as a single cell and soon grow into a(n) embryo.
|
neutral
|
As that genetically altered embryo grows, every single cell in it will have the corrected gene.
|
We all start as a single cell and soon grow into a(n) embryo.
|
neutral
|
As the genetically altered embryo grows, the foreign DNA becomes incorporated into all the cells of the organism.
|
We all start as a single cell and soon grow into a(n) embryo.
|
neutral
|
Creation of cDNA libraries for human single preimplantation embryos, primordial germ cells, embryonal carcinoma cells and embryo stem cells.
|
We all start as a single cell and soon grow into a(n) embryo.
|
neutral
|
Isolation of Single-Cell Embryos from Donor 3.
|
We all start as a single cell and soon grow into a(n) embryo.
|
neutral
|
Labeling single cells in older embryos 1.
|
We all start as a single cell and soon grow into a(n) embryo.
|
neutral
|
Like all seeds, cereals are very nutritious because they contain all the nutrients the embryo plant needs to start growing.
|
We all start as a single cell and soon grow into a(n) embryo.
|
neutral
|
Soon the single cell that resulted from the union of the sperm and egg becomes an embryo that has millions of cells.
|
We all start as a single cell and soon grow into a(n) embryo.
|
entails
|
Staining in all embryos is specifically detected in pole cells, as soon as they form.
|
We all start as a single cell and soon grow into a(n) embryo.
|
neutral
|
The embryo within the seed begins as a single cell, the zygote.
|
We all start as a single cell and soon grow into a(n) embryo.
|
entails
|
Unfortunately, the single-celled avian embryo is not readily accessible.
|
We all start as a single cell and soon grow into a(n) embryo.
|
neutral
|
Counter A device for counting nuclear disintegrations to measure radioactivity.
|
The 'counting' instrument geiger counter is used to measure radioactivity.
|
neutral
|
G Geiger counter instrument for measuring the intensity of radiation.
|
The 'counting' instrument geiger counter is used to measure radioactivity.
|
entails
|
Geiger counter An instrument used to measure radioactivity (e.g., that which emanates from certain minerals) by means of a Geiger- Mueller tube.
|
The 'counting' instrument geiger counter is used to measure radioactivity.
|
entails
|
Geiger counter Electronic instrument for detecting and measuring radiation and radioactive substances.
|
The 'counting' instrument geiger counter is used to measure radioactivity.
|
entails
|
Geiger is the namesake of the Geiger counter, which is used for detecting radioactivity.
|
The 'counting' instrument geiger counter is used to measure radioactivity.
|
entails
|
In general, radioactive substances can be measured using a Geiger counter.
|
The 'counting' instrument geiger counter is used to measure radioactivity.
|
entails
|
Its main instrument was a Geiger counter used to measure the radiation in space.
|
The 'counting' instrument geiger counter is used to measure radioactivity.
|
entails
|
Jürgen Geiger, son of Hans Geiger inventor of the Geiger counter, an instrument to measure radioactivity.
|
The 'counting' instrument geiger counter is used to measure radioactivity.
|
entails
|
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