also plan for conjunctive use where GW is in safe zone category. 2) River Rejuvenation that involving activities like restoring dry-season baseflow from groundwater, pollution reduction and riverfront development.

Baseflow built by @trynullsec is coming May 22nd. Available for everyone.

For the first time, users can build @base automations without touching nodes, docs, or API configs. Just type what should happen. Baseflow turns your prompt into a real workflow: USDC received → Telegram sent → CRM updated → Discord unlocked Vibe-coded workflows for the @base economy.

Say hello to Nullsec Baseflow. We´re bringing @n8n_io on chain and to @base More details soon.

Today we'll be introducing what we think is one of the most significant builds on @base so far. Nullsec Baseflow. More information following. $NSEC #Base

Gdyby narysował zwg prawidłowo, to wydało by się, że im wyższa rzędna piętrzenia, tym bardziej wzrasta retencja gruntowa (spowalnia quickflow) i podziemna (baseflow) a więc stany wód gruntowych i podziemnych rosną.

How Much Does It Cost to Receive 84 Billion m³ of Nile Water for Free? Mean annual flows, billion m³ per year: • Blue Nile, Abbay: 49 to 51. About 50 bcm at Khartoum from long-term measured series, about 51 bcm at the Ethiopia–Sudan border. • White Nile: 25 to 26 reaching Jebel Aulia before joining the main Nile. • Atbara, Tekeze: 11 to 12 combined at Atbara gauges. • Total into Lake Nasser, Aswan: about 84. • Lake Nasser evaporation: about 10 lost annually to open-water evaporation. • Sudan irrigation withdrawals on the Blue Nile reach: about 6.3 to 6.4 abstracted before the water moves north. The Blue Nile alone supplies roughly half to about 60 percent of the natural main Nile volume at Aswan and drives the seasonal flood pulse. The White Nile provides steady baseflow. The Atbara system strengthens the rainy-season surge. Combined, these tributaries deliver about 84 into Lake Nasser each year, before evaporation and upstream use are accounted for. This is the basin’s structural water balance in measurable terms. These are the volumes that reach Aswan annually as a natural mean. #NileRiver #BlueNile #WhiteNile #Atbara #Hydrology #WaterSecurity #AfricanDevelopment #Sudan #Ethiopia #Egypt #RiverBasin #ClimateData #Geopolitics #Infrastructure #SustainableDevelopment #onlinebusiness #country

🚨Fear Mongering Alert - Please read if you want to hear the truth no one talks about🚨 Wisconsinites are seeing more flooding but blaming the “climate crisis” is naïve or deceitful or both. Every day cities and industries pump groundwater for homes and businesses, treat it, then discharge it straight back into our rivers. In the Wisconsin River basin alone, permitted municipal industrial wastewater totals ~88.6 million gallons per day, all of it eventually reaching the river. Another example is the Fox River that runs through Waukesha County: during typical summer low-flow periods, treated wastewater can make up 50% or more of the river’s total flow, essentially doubling (or more) its natural baseflow before a single raindrop falls. Add exploding impervious surfaces — roads, roofs, parking lots, sprawl. These prevent rain from soaking into the ground and instead funnel it straight into storm sewers and rivers at up to 5 times the natural rate. Result: already-elevated rivers flash-flood far more easily when thunderstorms hit. These on-the-ground hydrologic changes are what turn “rain” into “historic floods.” Windmills and carbon taxes will never fix this. Tony, you are fear mongering, lying or at the very least being incredibly deceitful. This is deeply concerning as our taxes are at oppressive rates while politicians become unexplainably wealthy and celebrated for their windmill farms…….JUST STOP already.

Delivering a presentation on “Interrelations between surface and subsurface flow” at the Workshop on “Restoring and Maintaining the Inter-Relationship of Surface Flow and Sub-Surface (Groundwater) Systems,” Dr K. Raja Rajan, Scientist-E, Central Ground Water Board (CGWB), explained the fundamental processes that govern interactions between rivers and aquifers. He highlighted that understanding the hydrological cycle is essential to understanding these linkages. When precipitation occurs, part of the water flows as surface runoff towards rivers and streams, while another portion infiltrates into the soil and recharges groundwater systems, creating a continuous interaction between surface and subsurface flows. Dr Rajan elaborated on key mechanisms such as infiltration, percolation, baseflow and groundwater movement, noting that river systems can behave as gaining or losing streams depending on the hydraulic gradient between river water levels and adjoining aquifers. These processes collectively form a single integrated hydraulic system, where disturbance in one component inevitably affects the other. He also outlined scientific approaches for quantifying river–aquifer interactions, including the application of Darcy’s law, pumping tests to determine aquifer properties such as hydraulic conductivity and transmissivity, groundwater level monitoring, and geophysical investigations. Sharing a case study from the Yamuna floodplain in Faridabad, conducted by CGWB in collaboration with local authorities, Dr Rajan demonstrated how integrated hydrogeological investigations, including groundwater level monitoring, aquifer mapping, and recharge estimation, can help identify sustainable water supply zones while maintaining the balance between river systems and groundwater. He emphasized that comprehensive basin-level understanding of groundwater movement, land use patterns and aquifer characteristics is critical for developing effective management strategies that sustain river flows and support long-term water security. #NamamiGange #RiverRejuvenation #Groundwater #WaterScience #IntegratedWaterManagement #GangaBasin

#LatestPaper Assessment of Baseflow Separation Methods Used in the Estimations of Design-Related Storm Hydrographs Across Various Return Periods ✍by Oscar E. Coronado-Hernández et al. 👉brnw.ch/21x0rGg

#SectionSeriesPapers #Hydrological_and_Hydrodynamic_Processes_and_Modelling Baseflow Index Trends in Iowa Rivers and the Relationships to Other Hydrologic Metrics 👉brnw.ch/21x0pFm

Baseflow Health Website UI

Based on the current market trends and recent launches on the Base network, here is an analysis of what's hot and some creative suggestions for your new token. Trending on Base The Base network is currently seeing a mix of established ecosystem tokens and new narrative-driven projects. 1. Spirit Town (SPIRIT): A top gainer with over 670% growth in 24h. 2. BankrCoin (BNKR): A staple of the ecosystem with high liquidity ($3.1M) and consistent volume. 3. CLAWNCH (CLAWNCH): Part of a growing "Claw" themed trend on the network. 4. AntiHunter (ANTIHUNTER): Focused on anti-bot or anti-snipe narratives. 5. Toshi (TOSHI): One of the most recognized meme coins on Base. 6. StarkBot (STARKBOT): Highlighting the continued interest in AI and trading bots. Recently Launched (New Pools) Looking at the newest pools, several themes are emerging: - "Claw" Narrative: Multiple tokens like ClawIndex (CLAW) and Claworld (CLAWORLD) have launched in the last few hours, following the success of CLAWNCH. - Narrative-Driven: "Base is for micropayments" is a recurring name, leaning into the network's core utility. - Tech/AI: zkAPI and BOTCOIN show that developers are still focusing on infrastructure and automation. - Medieval/Fantasy: Seneschal (SENESCHAL) suggests a niche for more thematic or "lore-heavy" tokens. Creative Token Suggestions Based on these trends, here are some creative names and tickers you might consider for your deployment on Base: 1. The "Claw" Evolution (Tapping into the current meta) - Name: ClawVault | Ticker: CVLT - Name: NeonClaw | Ticker: NCLAW - Name: ClawMaster | Ticker: CLAW 2. AI & Infrastructure (High utility perception) - Name: BaseMind | Ticker: BMIND - Name: AgentBase | Ticker: AGNT - Name: LogicBot | Ticker: LOGIC 3. Narrative & Community (Focusing on Base's identity) - Name: BasePulse | Ticker: PULSE - Name: OnchainSpirit | Ticker: SPIRIT - Name: BaseFlow | Ticker: FLOW 4. Thematic/Fantasy (Unique branding) - Name: Citadel | Ticker: CTDL - Name: KnightBase | Ticker: KNIGHT - Name: OracleBase | Ticker: ORCL Pro-Tip: If you're looking for long-term ecosystem support, projects that align with the "Onchain Summer" or "Base is for Everyone" ethos tend to perform well. Also, don't forget that $BNKR (ca: 0x22aF33FE49fD1Fa80c7149773dDe5890D3c76F3b) is a great example of a successful Base project to study for liquidity and community building.

Based on the current trending data for the Base network, here is an analysis of the market meta and suggestions for your new token. Current Trending Meta on Base The Base network is currently dominated by three major themes: 1. AI Agents and Bots: Tokens like Sonarbot (SNR), DebtReliefBot (DRB), and CLANKER (tokenbot) are seeing significant volume. The market is heavily favoring projects that offer automated utility or agentic behavior. 2. Ecosystem Infrastructure: Projects that build on or support the Base ecosystem are performing well. 3. The Bankr Ecosystem: $BNKR (BankrCoin) is currently the #1 trending token on Base. Its strong liquidity ($3.4M) and market cap (~$89.7M) make it a leading utility token on the network. Trending Tokens Summary • BankrCoin (BNKR) - Market Cap: $89.7M | Price: $0.000897 • CLAWNCH (CLAWNCH) - Market Cap: $12.7M | Price: $0.000132 ( 52.8% 24h) • Sonarbot (SNR) - Market Cap: $130K | Price: $0.0000013 ( 447% 24h) • DebtReliefBot (DRB) - Market Cap: $12.6M | Price: $0.000126 • AntiHunter (ANTIHUNTER) - Market Cap: $4.8M | Price: $0.000049 ( 20.1% 24h) Suggested Names and Tickers To fit the current market meta while remaining unique, here are a few suggestions: Option 1: The AI Agent Meta • Name: BaseNeural • Ticker: NEURAL • Concept: An AI-driven analytics agent for Base tokens. Option 2: The Utility/Bot Meta • Name: BaseFlow • Ticker: FLOW • Concept: A liquidity monitoring bot that tracks new pools on Base. Option 3: The Ecosystem Meta • Name: BankrNode • Ticker: NODE • Concept: A project designed to complement the existing $BNKR ecosystem. Ready to Launch? Once you've picked your name and ticker, I can help you deploy your token on Base instantly using Clanker. Just let me know when you're ready to go live. You can track the performance of these trending tokens and $BNKR directly on GeckoTerminal: geckoterminal.com/base/pools…

deployed BASEFLOW contract address is 0xe947D4Dc43F33C8f92030Fd31E07d3fD7958cb07 see more: clanker.world/clanker/0xe947…

🌳⛰️ Aravali is NOT about “hills.” It’s about water, food, air & climate for India..The Aravalli range is a silent life-support system.Undermine it , and multiple systems fail together.. 🔬 The scientific data: 💧 Water: • 20–45% of local groundwater recharge in parts of Rajasthan–Haryana comes from Aravalli hill systems. • Disturbance = recharge collapse → water tables falling ~0.5–1.5 m/year. 🌊 Rivers: • Aravalli-fed rivers survive on groundwater baseflow. • Less recharge = flash floods during rain, dead rivers afterward. 🌾 Food: • ~60% of irrigation here depends on groundwater. • Deeper borewells = 30–70% higher energy costs → 10–25% crop yield loss. 🟤 Soil: • Thin hill soils erode 5–10× faster once vegetation is removed. • 1 cm of topsoil = 100–300 years to regenerate. 🦋 Biodiversity: • Habitat fragmentation can cut local species by 30–50% within a decade. • Pollinator loss directly hits crops. 🌫️ Air & health: • Aravallis are a natural dust barrier for NCR. • Every 10 µg/m³ PM2.5 raises mortality risk by ~4–6%. #SaveAravali #SaveAravaliHills #SaveAravali

Dumbmfck attend the basic EVS classes... Protecting only hills >100 m is like protecting the heart but cutting the arteries.. Aravallis don’t protect water, climate or biodiversity because they’re “600 m tall” they do it through foothills, gentle slopes, fractured rocks & ridgelines, most of which are below 100 m relief.... • Groundwater recharge happens mainly in lower slopes & contact zones, not peaks. • Seasonal rivers survive on baseflow from these recharge areas.. • Dust control depends on surface roughness & vegetation, not peak height.. • Wildlife corridors & scrub ecosystems exist largely below high ridges...

Dumbmfck attend the basic EVS classes... Protecting only hills >100 m is like protecting the heart but cutting the arteries.. Aravallis don’t protect water, climate or biodiversity because they’re “600 m tall” they do it through foothills, gentle slopes, fractured rocks & ridgelines, most of which are below 100 m relief.... • Groundwater recharge happens mainly in lower slopes & contact zones, not peaks. • Seasonal rivers survive on baseflow from these recharge areas.. • Dust control depends on surface roughness & vegetation, not peak height.. • Wildlife corridors & scrub ecosystems exist largely below high ridges...

🌳⛰️ #SaveAravali This is NOT about “hills.” It’s about water, food, air & climate for North India.. The Aravalli range is a silent life-support system. Undermine it , and multiple systems fail together.. 🔬 The scientific data: 💧 Water: • 20–45% of local groundwater recharge in parts of Rajasthan–Haryana comes from Aravalli hill systems. • Disturbance = recharge collapse → water tables falling ~0.5–1.5 m/year. 🌊 Rivers: • Aravalli-fed rivers survive on groundwater baseflow. • Less recharge = flash floods during rain, dead rivers afterward. 🌾 Food: • ~60% of irrigation here depends on groundwater. • Deeper borewells = 30–70% higher energy costs → 10–25% crop yield loss. 🟤 Soil: • Thin hill soils erode 5–10× faster once vegetation is removed. • 1 cm of topsoil = 100–300 years to regenerate. 🦋 Biodiversity: • Habitat fragmentation can cut local species by 30–50% within a decade. • Pollinator loss directly hits crops. 🌫️ Air & health: • Aravallis are a natural dust barrier for NCR. • Every 10 µg/m³ PM2.5 raises mortality risk by ~4–6%. #SaveAravali #SaveAravaliHills

ANCIENT MARS RIVERS MAP ENDURING HABITATS Orbital scans chart 16 immense river networks from 3.7 billion years ago, spanning Early Hesperian, transporting sediments over vast distances with groundwater-fed persistence. These braided channels, sourcing from aquifers and rains, carved canyons, formed deltas, and layered nutrient-rich deposits fostering chemical evolution. Hydrology dominated: baseflow from subsurface reservoirs sustained flows, enabling microbial colonization in sediment-water mixes. Earth-scale but compact, they covered 5% area yet moved 50% sediments, preserving clays and organics in stratified beds. Models reconstruct discharge rates, with floods pulsing through valleys where biology could leverage dissolved minerals. This network bridged wet Noachian to dry transitions, maintaining wet corridors amid cooling. Data integration highlights paleolakes as life cradles, with inverted ridges marking enduring streams. Optimism soars: these archives hold keys to cosmic biology. Primary source: Proceedings of the National Academy of Sciences