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PhD student life
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Meme

Artwork title:

PhD student life

Description:

This meme captures the two faces of PhD student life: the polished, travel-ready persona shown on social media contrasted with the gritty, hands-on reality of fieldwork and lab slog. As a PhD student improving symbiotic nitrogen fixation in mungbean, your feed might show conference photos and scenic breaks, while actual days are filled with inoculation trays, counting nodules, and long hours troubleshooting experiments. It’s a humorous reminder that impactful research combines polished communication with persistent, unglamorous effort, the unseen experiments, data cleaning, and repetitive tasks that eventually lead to meaningful gains in biological nitrogen fixation.

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24

Yuhan Liu

Travelling, sightseeing, taking photos... but still wondering how the mungbean plants are doing in the lab, glasshouse, and field. #PhDLife

7 Weeks

Kashaf Ul Nissa Bilal

So true😅

8 Weeks

Prof. Peter M. Gresshoff

It is important to recognise that life has two faces. The two photos reflect nicely what you have reached now...BUT so much more is to come and your current living and research 'faces' will produce the foundations that will allow these to eventuate.

8 Weeks

Aruba Laique

Unhinged duality..

8 Weeks

Syeda Hira Benish

Hehe, so true and on point 😁.

8 Weeks

Aouini rihab

Nice it is wonderful

8 Weeks

Stepheine

Behind the scenes 😂

8 Weeks

Nouman Shaukat

Keep it up 👍🏼

8 Weeks

Ehtsham Islam

👍👍👍

8 Weeks

Panda

Indeed 😭😂

8 Weeks

Muhammad Ali jabran

wao its also true sir

8 Weeks

Usman Ali

💯👍👌

8 Weeks

Zohaib Khan

Dedication!

8 Weeks

Zeeshan ch

Right brother Reality Based on U😂🫀🫴🏻

8 Weeks

Rana Ahmad

Appreciated bro

8 Weeks

Muhammad Asif

✅✅✅

8 Weeks

Aqsa

Hahaha true that

8 Weeks

Muhammad Awais

Appericated

9 Weeks

Muhammad Haq Nawaz Khan

Amazing 😍

9 Weeks

Muhammad Abuzer Awan

👍 Nice

9 Weeks

Muhammad Saad

Amazing 😍

9 Weeks

Muhammad Waqas

👍👍👍

9 Weeks

Abdul Hameed

Nice it is wonderful

9 Weeks

Saqlain

Reality hits harder than fantasy 😅

9 Weeks

99
😀😃😄😁😆😅😂🤣🙂🙃😊😇😍😘😜🤑🤗🤔😔🤢🤯🧐🥳🙆🖖👌🤏✌👍👎👊👏🤝🚀🛸🌙⭐⚡🔥❄🌍🌎🌏🏔🌋🏖🏝🍊🍄🍿🍣🍰🍕🍔🍟🛀💎🗺⏰🕹📚🐱🐪🐹🐤

999
😀😃😄😁😆😅😂🤣🙂🙃😊😇😍😘😜🤑🤗🤔😔🤢🤯🧐🥳🙆🖖👌🤏✌👍👎👊👏🤝🚀🛸🌙⭐⚡🔥❄🌍🌎🌏🏔🌋🏖🏝🍊🍄🍿🍣🍰🍕🍔🍟🛀💎🗺⏰🕹📚🐱🐪🐹🐤

0

Plants for Space

Illuminating Duckweed

Once a vibrant green duckweed colony is stripped back to reveal an unseen world. By removing chlorophyll after Nitro Blue Tetrazolium (NBT) staining, deep blue patterns emerge, showing the accumulation of reactive oxygen species as a sign of stress within the tiny plants. Captured during my research using microscopy, this video reveals how scientific techniques can expose patterns that are invisible to the naked eye. We see the tiny aquatic monocots floating around devoid of chlorophyll yet showing us the stress patterns in a natural visual and colorful form.

Listening to my mungbean plants
19

Plant Success

Listening to my mungbean plants

This photo was taken in mungbean fields at Hermitage Research Facility, Warwick, QLD, during my work of collecting shoot sampling at maximum biomass for N15 analysis, ranking genotypes by symbiotic nitrogen fixation (SNF) capacity. Part of the GRDC-funded project "Genetic Initiative to Transform SNF in Australian Pulses," this field trial follows my PhD glasshouse screening of 300+ mungbean genotypes from WorldVeg and diverse Australian accessions, testing whether glasshouse-based selections hold up under field conditions. This work highlights efforts to boost SNF in mungbean, reducing reliance on synthetic nitrogen fertiliser for more sustainable food production. Mungbean also offers an affordable, protein-rich alternative to meat, supporting food security in developing countries.

The "scientist" misconception
1

Plant Success

The "scientist" misconception

It's always a bit of fun to tell people that you work in science when their interpretation of that may be quite far from the day-to-day reality of what you get up to. Every contaminated agar plate and batch of poor quality plants gets us a bit closer to actually figuring something interesting out, and we enjoy the work enough to keep coming back to it despite the setbacks. Made using procreate, no AI used.

The structure of a leaf surface
9

Plants for Space

The structure of a leaf surface

Understanding the structure of plant ingredients can help us to explore opportunities for new plant-based foods, to develop better methods for extracting biopharmaceutical ingredients and to optimise storage. This image was captured using a Cryo Scanning Electron Microscope (Hitachi SU7000) of a water spinach leaf (Ipomoea aquatica) at the Ian Holmes Imaging Centre.

Spider venom cake
2

Innovations in Peptide and Protein Science

Spider venom cake

Image created using digital layered vectors. Spider venom contains thousands of unique peptides. My research focuses on discovery and characterization of orally active venom peptides from diverse arachnid species. Using electrophysiology studies on insect ion channels, we are creating new eco-friendly bioinsecticides from spider venom to provide sustainable pest management solutions. No AI was used.

Tropical Tracheids
0

Plant Success

Tropical Tracheids

Peering just underneath the surface of a leaf in the unique conifer Podocarpus dispermus, a remarkable feat of evolution is on display. Conifers, unlike flowering plants, lack the sophisticated "vessel-based" water transport system that enables efficient irrigation of broad leaves, which is why most conifers have scale or needle leaves. A group of Southern Hemisphere conifers, the Podocarpaceae, have overcome this evolutionary limitation by reinventing the wheel. An interconnected matrix of tracheids transports water laterally from the main vein to support leaves broad enough to survive light-competitive environments. For Podocarpus dispermus, this means it thrives in the otherwise flowering-plant dominated rainforests of tropical North Queensland. Naturally colourless, this tissue is stained with Toluidine blue, emphasising the characteristic helical thickening in the cell walls of tracheids. 10X magnification. No AI was used.

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