Description of Surrounding Day 1Low Proximity to Vegetation (Trees), No wind, No cloud cover Day 2Light cloud cover, Low proximity to Vegetation.

Slides:

Advertisements

Similar presentations

Microclimate Study Done by: Wang Xiang Yu Sun Tian Ze Thio Leng Kiat Zhao Xing Yu.

Advertisements

Microclimate Study Leom Sheng Teng(13),Tan Zhong Yi(21), Jovan Lee(09), Caleb Low(16) 2i2.

Space By Noah Karch Mercury Mercury was named for the swift Roman messenger god. Mercury is a planet of extreme temperatures. Mercury is a bare and rocky.

By 2O4_Group 5: 1.Barry Lee Wenhao 2.Shaun Lee Tz Wei 3.Delvin Chua Ming Rui 4.Cleve Lim Rui Han 5.Woo Zhiying.

2o2_Group 4 done by: Cyril Teo,Chai Jie Xuan, Ang dean and Teo Jer Rei.

By Hunter Students would enjoy having a water park or structure.

 Day to day variations › Temperature › Cloud cover › Precipitation › Humidity.

4-4.3 Compare daily and seasonal changes in weather conditions (including wind speed and direction, precipitation, and temperature) and patterns.

Could We Live There? Venus By Miss Hicks. Distance from the Sun This planet is 0.72 AU from the Sun. That’s about 67,237,912 miles!

FINDINGS PRESENTATION By Guo Yulong, Lee Jit Ping, Lim An Guan, Yap Kang Zheng.

Seasons and Weather Pictures from Google Images.

IH project: Field work- Microclimate Study Andrew Lee- Leader Marcus Lai- Device Handler James Mah- Rowell Tan- Observer/ Recorder Ong Wei Sern- Photographer.

Field Work- Microclimate HCI Group 5: Hefan, Isaac Yu, Dylan, Kaicheng.

Geography Post-Field Work Presentation Group 4: 1. Ryan Low (25) 2. Eugene Tan (27) 3. Li Yiqun (16) 4. Austin Yu (34)

Name: Group Members:. In the space below, describe the field site and record observations of everything present in your site. You may include a sketch.

METEOROLOGIST  Precipitation: Precipitation in shortgarss prairies is about in. a year. Rainfall varies from year to year.  Temperature: The temperature.

Climate and Climate Change. What Causes Climate?   Climate – The average, year-after-year conditions of temperature, precipitation, winds, and clouds.

Microclimate HCI Ryan Ng, Chen Ming, Yi Hao, Zheng Hao a group 1 production.

Microclimate HCI Done by: Lee Jing Yuan (16), Dominic Yap Wei Ting (06), Ivan Lim Tai Jun (09) and Joel Lee Zhi Jie (11)

HCI Geography Fieldstudy Group 2 Bar Jia Jun (Leader) Ryan Wong (Photographer) Sow Jeng Wei (Scribe) Justin Low (Supervisor) Teo Keane (Supervisor)

6 th Grade Science. Soil Erosion The wearing away of soil Loss of soil.

Geography: Weather and Climate By: Joel Wong Chng Ian Jason Lau Ye Yifan.

Weather and Climate Ervin Ong 2O213 Su Wei Zhe 2O222 Choo Yi Xuan 2O209 Ignatius Choong 2O210 Fieldwork – Microclimate HCI.

Microclimate HCI Andrew Ke Bryan Ng Nguyen Vu Khang Zhang Chen.

Group 8 (2o3) Lin Yuan Xun Wu Yi Fan Dong Jiaxi Moo Jun Wei.

Comparing Climate vs. Weather. Climate Change Video #1: Climate Change Video #2:

Micro Climate Investigation By Emily Dodd and Elizabeth Ashby.

Geography Fieldwork Analysis By: Group 3 (2O4) Members: Tan Jian Yan Thung Chee Tuck Atticus Tay Brandon Wu.

Affect the growth and behavior of living things.

Micro-climate HCI Group 4 Members: Alan Seah, Denzel Lim, Marcus Khow and Tan Rui Zhi.

ASSIGNMENT. Luanda, Angola Latitude: 8° 50' 18 S Longitude: 13° 14' 4 E.

Geography Project Group7. 1.Details 2.Aims 3.Variables 4.Hypothesis & Rationale 5.Methodology 6.Comparison 7.Evaluation 8.Conclusion Agenda.

Weather and Climate Field Work presentation By: Noel Lee Tham Yi Rei Ashton Yin Su Gao Yang.

Microclimate HCI Matthew Ng, Lorcan Murphy, Brendon Koh, Soo Yong Gene 2i1.

Ecology: Abiotic Factors. Ecology: Abiotic Factors Unit Concept: Everything is connected to the non-living environment.

Add Title Here Insert a picture of your group below.

Microclimate 2i2 Damian Ho (6) Josh Ryan Chan (2) Kieran Yeo (11) Weng Pei He (23)

Microclimate Fieldwork “I like geography. I like to know where places are.” – Tom Felton.

Microclimates Fieldwork Revision of fieldwork techniques.

+ Environment of a Habitat. + What is a habitat? A habitat is a place where an organism lives. We call it home. There is food, water and air in a habitat.

Geography Project by: Kung Xue En (15) Cheng Wan Li (06) Ryan Kang (22) Zachary Chu (08)

GROUP 8: JONATHAN TAN JACKIE ZENG WINSTON LIM LIM ZHEXUN LEONARD YAM MICROCLIMATE STUDY OF HCI.

Wind Turbine Power Plant. Sources ●

Why did the woman go outdoors with her purse open? Because she expected some change in the weather. What’s the difference between weather and climate?

Field Work-Microclimate Members : Lau Da Ming Dion Wong Jerome Tan Ryan Leong Zhang Hao Yuan.

Butterfly garden BUTTERFly!!. What is a butterfly garden A butterfly garden is full of life. And death.

Field Work Microclimate Study Han Xiang Yu, Shawn Lim, Wang Hao Jia, Yang Po.

What do you know about productive resources in the United States?

GEOGRAPHY FIELDWORK MICROCLIMATE HCI BY GROUP 8 YUAN XUN (18) YI FAN (30) JIAXI (10) JUN WEI (20)

ENERGY IN ECOSYSTEMS Chapter The sun is the source of all energy for the earth and its ecosystems. What happens to the suns energy? What is it used.

Desert Environment Deserts are the world’s driest habitats. They get very little rain throughout the year. Most deserts are very hot, but some are cold.

Soil Conservation 6th Grade Science.

Soil Conservation 6th Grade Science.

Deserts are the world’s driest habitats

Soil Conservation 6th Grade Science.

ALBEDO ability of a surface to reflect light & heat energy back into the atmosphere & space Low Medium High anything darker / black anything middle spectrum.

Plan and Prepare for a Vegetable and Herb Garden

Protecting plants from the extremes of the environment

Soil Conservation to save soil..

Weather’s Elements.

In bright light transpiration increases

Soil Conservation 6th Grade Science.

Unit D – Living Systems Chapter 1 The biosphere of Life

Climate local weather conditions of an area like temperature, precipitation, humidity, sunshine, wind and other conditions.

Spring Into Action [Site Logo].

Matter is anything that has mass and takes up space

Houseplants Project By:.

What causes it? How can we prevent it?

Presentation transcript:

Description of Surrounding Day 1Low Proximity to Vegetation (Trees), No wind, No cloud cover Day 2Light cloud cover, Low proximity to Vegetation (Trees), Windy

Description of Surrounding Day 1Low Proximity to Vegetation, No wind, Shade Day 2Low Proximity to Vegetation, No wind, Shade

Description of Surrounding Day 1Low Proximity to Vegetation, No wind, No cloud cover Day 2Low Proximity to Vegetation, No wind, Light cloud cover

Description of Surrounding Day 1Light cloud cover, Windy Day 2Cloud cover, Windy, Shade

Description of Surrounding Day 1Cloud Cover, Low Proximity to Vegetation, Windy Day 2Low Proximity to Vegetation, Light cloud cover

Description of Surrounding Day 1Cloud cover, Low Proximity to Vegetation, Windy Day 2Low Proximity to Vegetation, Windy

Description of Surrounding Day 1Light cloud cover, Low Proximity to Plants and Water, Built Structures Day 2Light cloud cover, Low Proximity to Plants and Water, Built Structures

LocationAverage Temperature /C (Day 1)Average Temperature /C (Day 2)Ranking Site A (MSCP) Site B (Garden) Site C (Open Space) Site D (Terraces) Site E (Field) Site F (Track) Site G (Fountain) Ranked from 1 to 7, with 1 being the hottest average temperature.

Shade Water SunlightWind Vegetation