Saturday, December 13, 2025
Saturday, September 28, 2024
Wednesday, July 3, 2024
TP-Link Tapo 1080P Indoor Security Camera for Baby Monitor
|
Recommended
Uses For Product |
Baby
Monitoring, Pet Monitoring, Indoor Security |
|
Brand |
Tapo |
|
Model
Name |
Tapo
Spot Camera |
|
Connectivity
Technology |
Wireless |
|
Special
Feature |
Local
Recording, HD Resolution, 2 Way Audio, Night Vision |
·
【Motion Detection &
Instant Notification Get instant push
notifications when motion, person or baby crying is detected, there is no
additional fee to use it as a baby camera monitor. Discern from notifications
that matter, so you'll know if its your pet playing around or if someone is
actually there.
·
【2-Way Audio w/ Built In
Siren】Never truly leave home with the built-in 2-way audio. Use
as a pet camera with phone app to comfort your pet from anywhere in the world.
Keep your family safe with cameras for home security indoor by warding off
intruders.
·
【Night Vision up to 30
Ft.】Never miss a thing that goes on, even at night thanks to
the integrated IR system on this indoor camera which provides 30 feet of night
vision.
·
【1080P FHD】Capture every detail inside your home with crystal-clear
1080P high-definition video with this indoor security camera. Easily see what
your baby is holding or what your pet is playing with.
·
【Works w/ Alexa &
Google Home Fully compatible with
Amazon Alexa and Google Assistant, use your simple voice command to view Tapo
indoor security camera live stream on Echo Show or Google Chrome Cast with a
screen. Easily get your home security footage up on a larger TV display.
·
【Secure Local or Cloud Storage Save footage continuously on up to a 512 GB microSD card
(not included) or subscribe to Tapo Care for cloud storage which saves 30-day
video history and provides additional benefits such as motion tracking, baby
crying detection, and more. [Before purchasing a microSD card, please check the
TP-Link website FAQ to ensure compatibility with your device.]
;
Tuesday, July 2, 2024
SAMSUNG Galaxy Watch 6 40mm Bluetooth Smartwatch
SAMSUNG Galaxy Watch 6 40mm Bluetooth Smartwatch, Fitness Tracker, Personalized HR Zones, Advanced Sleep Coaching, Heart Monitor, BIA Sensor for Health Wellness Insights, Big Screen, US Version, Gold
About this item
- KEEP YOUR GOALS ON TRACK: Workout to your full potential with fitness tracking* on Galaxy Watch6; Get insights on duration, distance, calories burned and more; Watch recognizes activities from running to swimming and tracks over 90 other exercises
- FIND YOUR ZONE: Zone in on the results you want with personalized heart rate zones**; Watch scans your health data to provide HR zones tailored just for you; Target your preferred intensity to maintain the heart rate needed to achieve your goals
- SLEEP COACH ON YOUR WRIST: Get the insights to develop better sleep habits with Advanced Sleep Coaching*; Use Watch to plan your bedtime, detect snoring*** and understand and track your sleep stages (awake, light, deep, REM)
- ALWAYS-ON HEART MONITORING****: Your Watch continually scans your heart rate to inform you when it’s detected an irregular rhythm that might be A-fib — a heart-related abnormality that can lead to serious complications
- KNOW YOUR BODY INSIDE & OUT: Stay in the know about your body with the advanced BIA sensor*****; Use your Watch to get readings on body fat, skeletal muscle, body water, Body Mass Index (BMI) and more*
- KEEP CONNECTED ON THE GO: Your Watch syncs with your other Galaxy devices seamlessly so you can play your favorite music, control your smartphone camera, make calls, text and do more from anywhere******
- OUR LARGEST WATCH DISPLAY YET: See even more on our largest display yet and quickly navigate apps thanks to an improved interface; Plus, durable crystal glass keeps screen looking great and protected from bumps and scratches
- MAKE MOVES IN STYLE: Match any mood or style with a wide variety of bands — now even easier to swap with one simple Click Here ; Then accent your look with an assortment of new and enhanced Watch faces
Sunday, April 14, 2024
Antibiotic-resistant 'superbugs' are being passed from pets to humans
Antibiotic-resistant 'superbugs' are being passed from pets to humans
When it comes to the immune system, you probably think of hospitals and clinics, but a new study shows the problem may be right in your living room, inside your favorite pets.
Antibiotics have changed our world and saved many lives from deadly diseases. But an unseen threat lurks in the background: antibiotics.
This happens when bacteria find ways to evade drugs designed to kill them. These “superbugs” are becoming increasingly difficult and versatile to treat.
Infectious diseases between animals and hosts
Scientists in Portugal and the UK present a study with implications: Our animals can cause infection in the immune system.
The study presented at the ESCMID Global Congress revealed that sick dogs and cats with immune systems can transmit these diseases to their friends. The owner is in good health.
This discovery sheds new light on the big problem with anti-inflammatory drugs. The World Health Organization emphasizes the urgency of this global threat and estimates that unless prioritized, the vaccine will kill 10 million people a year from 2050.
Animals, bacteria and superbugs
When bacteria are repeatedly exposed to antibiotics, they change the way they survive against chemicals designed to destroy them. This can create "superbugs" that are difficult to treat with existing drugs.
Antibiotics have changed our world and saved many lives from deadly diseases. But an unseen threat lurks in the background: antibiotics.
This happens when bacteria find ways to evade drugs designed to kill them. These “superbugs” are becoming increasingly difficult and versatile to treat.
Infectious diseases between animals and hosts
Scientists in Portugal and the UK present a study with implications: Our animals can cause infection in the immune system.
The study presented at the ESCMID Global Congress revealed that sick dogs and cats with immune systems can transmit these diseases to their friends. The owner is in good health.
This discovery sheds new light on the big problem with anti-inflammatory drugs. The World Health Organization emphasizes the urgency of this global threat and estimates that unless prioritized, the vaccine will kill 10 million people a year from 2050.
Animals, bacteria and superbugs
When bacteria are repeatedly exposed to antibiotics, they change the way they survive against chemicals designed to destroy them. This can create "superbugs" that are difficult to treat with existing drugs.
Ants are shifting to new habitats to cope with climate change
Ants are shifting to new habitats to cope with climate change
A recent study conducted by the University of Colorado Boulder (CU Boulder) found that climate change has forced some ant species in Gregory Canyon near Boulder, Colorado, to exceed their usual limitations over the past six decades.
This change, which causes ants to leave their original habitats because they cannot withstand the heat and cold, leads to a major change in biodiversity that can have significant effects on local ecosystems.
A useful indicator of climate change
Pants are ectothermic organisms whose metabolism and other vital functions depend on temperature and are particularly affected by climate change. These characteristics make ants an important indicator for studying the ecosystem's response to temperature.
The foundation of this research was laid more than sixty years ago by entomologist Robert Gregg and his student John Brown at the University of Colorado Boulder. Proud of her pioneering work, director Anna Paraskevopoulos and her research team embarked on a mission to investigate how the ant community in Gregory Canyon has changed since then.
Despite the effects of climate change
Despite the expansion of the city of Boulder, Gregory Canyon remained unaffected, providing a unique window into isolation from climate change.
—This gives us the opportunity to study the effects of climate change. In many other studies, the effects of land use and climate change are often intertwined. " said Paraskevopoulos.
Changes in the ant population
Scientists discovered changes in the ant population and noted that some species not previously recorded in the forest expanded, becoming the priority of other species. In contrast, the distribution of some species collected by Brown and Gregg decreased or disappeared completely.
>—We found that in rivers with different environments and habitats, the composition of ants was similar,” said senior author Julian Resasco, an expert in ecology and evolutionary biology. (Julian Resasco) said. University of Colorado Boulder.
Ants and Ecosystem Stability
The importance of ants as important ecosystem engineers cannot be ignored. They play an important role in aerating the soil, accelerating the decomposition process and dispersing seeds. Many ant species contribute to ecosystems and influence many ecological processes.
Observed changes in pest biodiversity in Gregory Canyon raise questions about the broader impacts of these changes. "If there is only a single ant species in an ecosystem, this could mean that the animal only contributes to ecosystem function in a way that reduces the stability of the ecosystem," Paraskevopoulos said. he explained.
Insect Populations
The study adds to growing evidence of declines in insect populations globally, a phenomenon many scientists have dubbed the "insect apocalypse." It highlights the urgent need for a deeper understanding of the processes driving changes in insect populations and their impacts on ecosystem functioning.
—Species change where they occur in response to climate change. Some spread and become winners, some collapse and become losers. This study helps us understand how these communities are changing, which can affect ecosystem functioning. ” Resasco concluded.
Pants as a climate change safety indicator
The reason why ants have become a climate change indicator is their sensitivity to environmental changes that lead to their behavior, distribution and social functions of the climate. Results measure change. Here's how ants respond to climate change:
Heat stress
Pants are ectotherms, meaning they rely on the temperature of the outside air to control their body temperature. Changes in temperature and humidity can directly affect their survival, behavior, reproduction and distribution. For example, temperatures can cause changes in the distribution of ants; Some species may move to higher altitudes or latitudes to find suitable conditions.
Many ecological roles
Pants play many important roles in ecosystems, such as soil aeration, seed dispersal, and hunting. Climate change may change these roles and affect a wider area. For example, changes in rainfall patterns can affect the spread of pathogens that affect plant communities.
Community composition
Climate change may lead to changes in caterpillar communities and diversity. Some species will thrive in new conditions, while others will decline or disappear, causing the interaction of species to change. Monitoring these changes can provide insight into the local and broader impacts of climate change.
Symbiotic Relationships
Pants form symbiotic relationships with plants and other insects such as aphids. Climate change can disrupt these relationships by altering the phenology (timing of biological events) of the species involved, affecting ecosystem health and activity studies.
Scientists can better understand ant populations and communities by studying changes in them. Effects of climate change on ecosystems. This information can inform conservation strategies and help predict future changes in biodiversity and ecosystem services.
This change, which causes ants to leave their original habitats because they cannot withstand the heat and cold, leads to a major change in biodiversity that can have significant effects on local ecosystems.
A useful indicator of climate change
Pants are ectothermic organisms whose metabolism and other vital functions depend on temperature and are particularly affected by climate change. These characteristics make ants an important indicator for studying the ecosystem's response to temperature.
The foundation of this research was laid more than sixty years ago by entomologist Robert Gregg and his student John Brown at the University of Colorado Boulder. Proud of her pioneering work, director Anna Paraskevopoulos and her research team embarked on a mission to investigate how the ant community in Gregory Canyon has changed since then.
Despite the effects of climate change
Despite
Despite the expansion of the city of Boulder, Gregory Canyon remained unaffected, providing a unique window into isolation from climate change.—This gives us the opportunity to study the effects of climate change. In many other studies, the effects of land use and climate change are often intertwined. " said Paraskevopoulos.
Changes in the ant population
Scientists
Scientists discovered changes in the ant population and noted that some species not previously recorded in the forest expanded, becoming the priority of other species. In contrast, the distribution of some species collected by Brown and Gregg decreased or disappeared completely.>—We found that in rivers with different environments and habitats, the composition of ants was similar,” said senior author Julian Resasco, an expert in ecology and evolutionary biology. (Julian Resasco) said. University of Colorado Boulder.
Ants and Ecosystem Stability
The importance of ants as important ecosystem engineers cannot be ignored. They play an important role in aerating the soil, accelerating the decomposition process and dispersing seeds. Many ant species contribute to ecosystems and influence many ecological processes.
Observed changes in pest biodiversity in Gregory Canyon raise questions about the broader impacts of these changes. "If there is only a single ant species in an ecosystem, this could mean that the animal only contributes to ecosystem function in a way that reduces the stability of the ecosystem," Paraskevopoulos said. he explained.
Insect Populations
The study adds to growing evidence of declines in insect populations globally, a phenomenon many scientists have dubbed the "insect apocalypse." It highlights the urgent need for a deeper understanding of the processes driving changes in insect populations and their impacts on ecosystem functioning.
—Species change where they occur in response to climate change. Some spread and become winners, some collapse and become losers. This study helps us understand how these communities are changing, which can affect ecosystem functioning. ” Resasco concluded.
Pants as a climate change safety indicator
The reason why ants have become a climate change indicator is their sensitivity to environmental changes that lead to their behavior, distribution and social functions of the climate. Results measure change. Here's how ants respond to climate change:
Heat stress
Pants are ectotherms, meaning they rely on the temperature of the outside air to control their body temperature. Changes in temperature and humidity can directly affect their survival, behavior, reproduction and distribution. For example, temperatures can cause changes in the distribution of ants; Some species may move to higher altitudes or latitudes to find suitable conditions.
Many ecological roles
Pants play many important roles in ecosystems, such as soil aeration, seed dispersal, and hunting. Climate change may change these roles and affect a wider area. For example, changes in rainfall patterns can affect the spread of pathogens that affect plant communities.
Community composition
Climate change may lead to changes in caterpillar communities and diversity. Some species will thrive in new conditions, while others will decline or disappear, causing the interaction of species to change. Monitoring these changes can provide insight into the local and broader impacts of climate change.
Symbiotic Relationships
Pants form symbiotic relationships with plants and other insects such as aphids. Climate change can disrupt these relationships by altering the phenology (timing of biological events) of the species involved, affecting ecosystem health and activity studies.
Scientists can better understand ant populations and communities by studying changes in them. Effects of climate change on ecosystems. This information can inform conservation strategies and help predict future changes in biodiversity and ecosystem services.
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