#soilscience

[pixiesgardens]

🌸 Ever wonder why hydrangeas bloom in different colors? It’s not magic — it’s science! 🌱✨ The secret lies in the soil’s pH:

💙 Deep Blue — Acidic Soil (pH 5.5 or lower) 💜 Purple Pink — Neutral Soil (pH 6.5-7) 💖 Deep Pink — Alkaline Soil (pH 7 or higher)

Want to change your hydrangea’s hue? Tweak your soil’s pH and watch the transformation! 🌼💫

📲 Contact us: 1-470-519-8357 🌐 Visit: pixiesgardens.com

[androdconstruction]

To forget how to dig the earth and to tend the soil is to forget ourselves.

~ Mahatma Gandhi

[jaysgg]

Agricultural Sciences Students! This is the perfect Notebook for YOU.

I ❤️ Love Agricultural Science NOTEBOOK!

(As an Amazon Associate, I earn from qualifying purchases.)

[naturalscientist]

Boost Your Yield: Soybean-Maize Magic! #sciencefather #intercropping #scientist 

Intercropping soybean 🌱 and maize 🌽, when combined with effective water management 💧, significantly enhances key leaf traits 🍃, leading to improved crop performance and yield benefits 📈 in semi-arid regions 🌾. This sustainable agricultural practice not only optimizes the use of limited water resources but also promotes better canopy structure and photosynthetic efficiency ☀️, allowing both crops to thrive under challenging conditions. By improving traits such as leaf area, chlorophyll content, and water-use efficiency, farmers can achieve more resilient and productive systems 🌍, contributing to food security even in dry climates 🔆.                                       

Natural Scientist Awards 

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[loanalbuprefect]

Primele 10 abilități ale prefectului Ioan Albu pentru inginerii agronomi

Alăturați-vă nouă ca Ioan Albu Prefect, un inginer agronom experimentat, împărtășește primele zece abilități pe care fiecare agronom trebuie să le stăpânească. De la știința solului și managementul culturilor la valorificarea tehnologiei și promovarea durabilității, Ioan oferă sfaturi de specialitate pentru a vă ajuta să excelați în lumea în evoluție a agriculturii. Indiferent dacă ești nou în domeniu sau un profesionist experimentat, acest episod este plin de informații pentru a-ți impulsiona cariera.

[loggerindo]

Mengetahui Kemampuan Tanah Dalam Menghantarkan Arus Listrik.

Tanah adalah salah satu komponen vital dalam ekosistem yang memengaruhi pertumbuhan tanaman, kesehatan lingkungan, dan berbagai aspek kehidupan.

Salah satu parameter penting yang digunakan untuk memahami sifat dan kualitas tanah adalah konduktivitas listrik tanah, atau yang dikenal sebagai Soil Electrical Conductivity (SEC).

Soil Electrical Conductivity (SEC) data logger adalah perangkat elektronik yang dirancang khusus untuk memantau dan merekam tingkat konduktivitas listrik tanah secara kontinu.

Perangkat ini biasanya terdiri dari probe atau sensor yang ditanam di dalam tanah untuk mengukur konduktivitas listrik di lokasi tertentu. . Baca selengkapnya di : https://www.loggerindo.com/mengetahui-kemampuan-tanah-dalam-menghantarkan-arus-listrik-484 . . Ingin tau lebih lanjut? atau ingin bertanya? Silahkan hubungi kami melalui :

Whatsapp : 0812 1248 2471 (Mr. Alfin) / 0819 4401 4959 (Mr. Arya)

Email : alfin@taharica.com / arya.alatuji@taharica.com

Website : loggerindo.co.id / loggerindo.com

[dhanukaagritech]

Exploring Soil Wisdom with Dhanuka Agritech's Employees - Part 2

Here is another glimpse of the insightful session conducted by Dhanuka Agritech, discussing soil in depth. Listen to the thought-provoking ideas and knowledge of employees as they delve into the importance and fundamentals of soil.

[haimishwindows-123]

World Soil Day

The nation that destroys its soil, destroys itself .

[alfafacadespvtltd]

World Soil Day

A single spoon of the soil has millions of living organisms in it. Save their lives and protect the soil.

[pixiesgardens]

Understanding the Soil Layers of Earth – A Gardener’s Guide 🌱 Healthy soil is the foundation of a thriving garden, and knowing what lies beneath the surface can make all the difference. This illustrated guide from Pixies Gardens breaks down the five major soil layers:

Organic Layer – Rich in decayed matter and nutrients

Topsoil – Where most plant roots grow

Subsoil – Dense with minerals

Parent Material – Broken rocks and minerals

Bedrock – Solid foundation of the Earth

This is a perfect educational tool for kids, home gardeners, or anyone interested in soil health and natural growth. The more you know about what’s under your feet, the better your plants will grow above it.

🌐 Visit: www.pixiesgardens.com 📞 Contact: 1-470-519-8357

[symbiosisonlinepublishing]

𝟏. 𝐒𝐜𝐨𝐩𝐞: Horticulture is the science and art of growing and cultivating fruits, vegetables, nuts, seeds, herbs, sprouts, mushrooms, algae, seaweeds, non-woody ornamental plants, and flowers.

𝟐. 𝐒𝐜𝐚𝐥𝐞: Horticulture can be practiced on a smaller scale, including gardening, landscaping, and ornamental plant cultivation, as well as on a larger scale, such as commercial fruit and vegetable farming.

Visit @ https://symbiosisonlinepublishing.com/horticulture-agriculture/

[fresh-microgreens]

The Importance of Testing Microgreen Soil for Nutrient Levels

[bucktowngradingandconstruction]

The Dirt Never Forgets

Cut corners today, pay the price in rain-soaked regret. The land doesn’t hold grudges—but it does hold water, and if you grade it wrong, you’ll see exactly where it pools.

So yeah, you could ignore runoff patterns. Bypass the boring details. But every tree that struggles to root, every crack that spiderwebs your slab—it’s all part of the land’s quiet reply.

You gave it less than it deserved. It gave you back a reminder.

Learn more here → The Cost of Landscape Grading in Georgia

#landwhispers #soilscience #gradingmatters #constructiontruths #bucktownga

[yoomeyoo]

Invisible Nanoplastics Are on the Move—Are Your Soils Ready?

A collaborative study by Waseda University and AIST (Science of the Total Environment, April 2025) shows how soil texture and pH dictate nanoplastic behavior—tiny fragments under 100 nm from plastic waste. Controlled lab trials passed carboxylated polystyrene nanospheres through sand and Andosol soil columns at pH 5–9, revealing how adhesion, aggregation, and electrostatic forces govern mobility.

Research Approach: • Carboxylated polystyrene nanospheres at environmentally relevant concentrations were introduced into vertical soil columns under controlled moisture and percolation rates. • Two soil types—coarse-grained fine sand and clay-rich Andosol—were tested across pH levels from 5 to 9, adjusted using HCl and NaOH. • Fluorescence imaging and particle tracking quantified real-time adsorption, aggregation, and breakthrough to map nanoplastic transport dynamics.

Key Findings: • Sandy soils: low organic matter and large pore spaces enable rapid nanoplastic breakthrough—over 80 % passed through columns in hours. • Volcanic Andosols: rich in clay minerals and organic compounds, these soils retained over 60 % of particles, acting as natural filters. • pH < 6 (acidic): reduced negative surface charges increase adhesion between plastics and minerals, causing aggregation and limited mobility. • pH ≈ 7 (neutral): divalent cations (Ca²⁺, Mg²⁺) bridge between plastics and soil particles, creating varied retention patterns. • pH > 8 (alkaline): increased electrostatic repulsion frees particles, enabling widespread dispersion through soil horizons. • Soil amendments: adding organic compost raises pH and enhances aggregation; liming raises pH and can further modulate mobility—offering practical levers for engineered remediation.

Why This Matters: Nanoplastics can adsorb heavy metals and persistent organic pollutants, making their mobility through soil a vector for wider environmental contamination. They disrupt microbial communities, hinder nutrient cycling, and potentially enter food chains when taken up by plant roots. Proactive soil management will be crucial to mitigate these emerging threats as plastic production continues its exponential rise.

Equip your land with the tools to trap nanoplastics—get a soil pH test kit, apply compost or lime strategically, and champion soil resilience. Share these insights to drive community action and policy change. Together, we can turn every handful of soil into a defense against plastic pollution!

#SoilScience #Nanoplastics #EnvironmentalResearch #SustainableFuture #SoilHealth #Innovation #YouthLeadership

[soilscientist]

Soil carbon content refers to the amount of carbon stored in soil, primarily in the form of organic matter and inorganic carbon compounds. It plays a crucial role in soil fertility, water retention, and overall ecosystem health. Organic carbon, derived from decomposed plant and microbial matter, enhances soil structure and nutrient availability, while inorganic carbon, mainly from carbonate minerals, contributes to long-term carbon storage. Soil carbon dynamics are influenced by land use, climate, and management practices, making it a key factor in carbon sequestration and climate change mitigation.

#SoilCarbon #CarbonSequestration #SoilHealth #ClimateChange #CarbonStorage #RegenerativeAgriculture #SoilOrganicMatter #SustainableFarming #SoilFertility #CarbonCycle #EcosystemServices #SoilScience #Agriculture #ClimateMitigation #CarbonSink

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