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This study examines portrayals of marine mammal celebrities (MMCs) in popular culture over the past 70 years, reflecting evolving public attitudes toward ocean conservation. It identifies four main types of MMCs, each linked to a specific era and shaped by changes in media landscapes, perceptions of marine mammal agency and welfare, and conservation priorities: (1) Hollywood MMCs (ca. 1960–1990s)—wild animals captured and exhibited in aquaria, cast as celebrities based on their roles in traditional mass media (blockbuster movies); (2) MMCs in human care (ca. 1990s–2010s)—animals housed in aquaria whose fame stemmed from public concern about their welfare and calls for their release; (3) rescued MMCs (ca. 1980s–present)—marine mammals cared for by humans after they were injured in the ocean; and (4) endangered and dangerous MMCs (2010s–present)—wild animals that approach humans, demonstrate human‐like behaviours, or interact with boats. Introducing the method of “following the animal,” the article provides examples of celebrity animals that illustrate each of the four categories, such as the dolphin Flipper and the walrus Freya. The study contributes to the thematic issue on "Ocean Pop: Marine Imaginaries in the Age of Global Polycrisis" by highlighting the mutual influence of media, animal celebrity, and conservation, and urges further research into how shifting representations shape global engagement with marine life and the environment.

This study examines portrayals of marine mammal celebrities (MMCs) in popular culture over the past 70 years, reflecting evolving public attitudes toward ocean conservation. It identifies four main types of MMCs, each linked to a specific era and shaped by changes in media landscapes, perceptions of marine mammal agency and welfare, and conservation priorities: (1) Hollywood MMCs (ca. 1960–1990s)—wild animals captured and exhibited in aquaria, cast as celebrities based on their roles in traditional mass media (blockbuster movies); (2) MMCs in human care (ca. 1990s–2010s)—animals housed in aquaria whose fame stemmed from public concern about their welfare and calls for their release; (3) rescued MMCs (ca. 1980s–present)—marine mammals cared for by humans after they were injured in the ocean; and (4) endangered and dangerous MMCs (2010s–present)—wild animals that approach humans, demonstrate human‐like behaviours, or interact with boats. Introducing the method of “following the animal,” the article provides examples of celebrity animals that illustrate each of the four categories, such as the dolphin Flipper and the walrus Freya. The study contributes to the thematic issue on "Ocean Pop: Marine Imaginaries in the Age of Global Polycrisis" by highlighting the mutual influence of media, animal celebrity, and conservation, and urges further research into how shifting representations shape global engagement with marine life and the environment.

Written by Saša Butorac.

CONTEXT

Expansion and modernisation of the energy infrastructure in Member States is one of the key challenges of the ongoing energy transition in the EU. The electricity grids need to develop in order to ensure the security of energy supply, increase the resilience of Europe’s energy system, and integrate the rapid roll-out of renewable energy sources, particularly at the distribution level. Given the peristent challenges relating to permit-granting procedures and delays in grid connection approvals at the national level, on 10 December 2025 the European Commission published the European grids package.

Along with the Commission proposal to introduce a new framework on the trans-European energy infrastructure guidelines, the proposal on acceleration of permit-granting procedures forms the core part of the grids package. It seeks to introduce a coherent regulatory framework at the EU level that addresses key challenges to a timely and cost-efficient development and upgrade of the transmission and distribution grids, storage, recharging stations and renewable energy projects. Major hurdles addressed in the proposal are incoherent administrative systems, lack of resources in national competent authorities, the complex nature of environmental impact assesments, the lack of public acceptance, the limited digitalisation of the procedures and data availability, as well as various judicial challenges.

Legislative proposal

2025/0400(COD) – Proposal for a directive of the European Parliament and of the Council amending Directives (EU) 2018/2001, (EU) 2019/944, (EU) 2024/1788 as regards acceleration of permit-granting procedures – COM(2025) 1007, 10.12.2025.

NEXT STEPS IN THE EUROPEAN PARLIAMENT

For the latest developments in this legislative procedure, see the Legislative Train Schedule:2025/0400(COD)

Read the complete briefing on ‘Acceleration of permit-granting procedures‘ in the Think Tank pages of the European Parliament.

The emerging global system is one in which three nuclear-armed leaders, insulated from dissent, pursue risky gambits. The result will not be the relatively stable if tense competition that characterized the Cold War. It will be something more volatile: a world in which the most consequential decisions rest on the whims of men who have systematically discarded anyone willing to tell them no.

The emerging global system is one in which three nuclear-armed leaders, insulated from dissent, pursue risky gambits. The result will not be the relatively stable if tense competition that characterized the Cold War. It will be something more volatile: a world in which the most consequential decisions rest on the whims of men who have systematically discarded anyone willing to tell them no.

The emerging global system is one in which three nuclear-armed leaders, insulated from dissent, pursue risky gambits. The result will not be the relatively stable if tense competition that characterized the Cold War. It will be something more volatile: a world in which the most consequential decisions rest on the whims of men who have systematically discarded anyone willing to tell them no.

Dauer des Videos : 90'

Haftungsausschluss : Die Verdolmetschung der Debatten soll die Kommunikation erleichtern, sie stellt jedoch keine authentische Aufzeichnung der Debatten dar. Authentisch sind nur die Originalfassungen der Reden bzw. ihre überprüften schriftlichen Übersetzungen.
Quelle : © Europäische Union, 2026 - EP

Length of video : 90'

Disclaimer : The interpretation of debates serves to facilitate communication and does not constitute an authentic record of proceedings. Only the original speech or the revised written translation is authentic.
Source : © European Union, 2026 - EP

Written by Saša Butorac.

CONTEXT

Timely, cost-efficient expansion and modernisation of the European energy infrastructure is one of the key challenges in the EU’s ongoing energy transition. Grid development is needed to ensure energy supply security, increase the resilience of Europe’s energy system and integrate the rapid roll-out of renewable energy sources. Cross border infrastructure plays a vital role in connecting national energy networks..

Meeting the 2030 interconnection targets is particularly important for completing the energy union and reaching European Union energy and climate goals. Given the scale of investment required, the persistent governance challenges around cross‑border projects and the need to enhance the robustness of the scenarios on which they are based, the European Commission has put forward a proposal to revise the TEN‑E regulation, as part of the European grids package published on 10 December 2025. The proposal is one of two legislative initiatives forming the core of the package (the other is on accelerating permit‑granting procedures).

Legislative proposal

2025/0399(COD) – Proposal for a regulation of the European Parliament and of the Council on guidelines for trans-European energy infrastructure, amending Regulations (EU) 2019/942, (EU) 2019/943 and (EU) 2024/1789 and repealing Regulation (EU) 2022/869 – COM(2025) 1006, 10 December 2025.

NEXT STEPS IN THE EUROPEAN PARLIAMENT

For the latest developments in this legislative procedure, see the Legislative Train Schedule:

2025/0399(COD)

Read the complete briefing on ‘Guidelines for trans-European energy infrastructure Revision of the TEN E Regulation‘ in the Think Tank pages of the European Parliament.

Source : © European Union, 2026 - EP

Dauer des Videos : 90'

Haftungsausschluss : Die Verdolmetschung der Debatten soll die Kommunikation erleichtern, sie stellt jedoch keine authentische Aufzeichnung der Debatten dar. Authentisch sind nur die Originalfassungen der Reden bzw. ihre überprüften schriftlichen Übersetzungen.
Quelle : © Europäische Union, 2026 - EP

Length of video : 90'

Disclaimer : The interpretation of debates serves to facilitate communication and does not constitute an authentic record of proceedings. Only the original speech or the revised written translation is authentic.
Source : © European Union, 2026 - EP

In recent years, sovereignty has ceased to be defined solely by borders, armies, or economic output. According to the Burke International Institute’s Sovereignty Index, one of the most decisive indicators of state resilience in the 21st century is technical sovereignty—the capacity of a country to control its digital infrastructure, data flows, cybersecurity architecture, and technological decision-making without excessive dependence on external actors.   The Burke Institute’s methodology evaluates sovereignty across seven dimensions—political, economic, technological, informational, cultural, cognitive, and military—using open national statistics, global datasets from organizations such as the UN and World Bank, and structured expert assessments from hundreds of specialists worldwide. Within this framework, technical sovereignty emerges as a core pillar of modern statehood, particularly for small and medium-sized states exposed to external technological pressure.   The contrasting experiences of Albania and Montenegro illustrate two fundamentally different strategies for navigating this challenge.   Montenegro has chosen the path of structured integration. As a small Adriatic state oriented toward EU accession, it has aligned its digital development with European standards. Investments in 5G networks, smart city infrastructure, digital tourism management, and renewable energy are embedded within EU regulatory frameworks. Montenegro’s digital governance complies with GDPR, European cybersecurity norms, and EU data-protection regimes. This approach offers predictability, legal clarity, and access to shared European technological ecosystems.   From the perspective of the Burke Institute’s Sovereignty Index, Montenegro’s strategy strengthens institutional stability and information security, but it also constrains autonomous decision-making. Technical sovereignty here is partially delegated upward, embedded in supranational regulatory systems rather than nationally defined architectures.   Albania, by contrast, has pursued a markedly experimental path. Once known more for institutional fragility than innovation, the country has rebranded itself as a testing ground for radical digital governance. Following severe cyberattacks in 2022 that exposed deep vulnerabilities in state systems, Albania embarked on an aggressive reform agenda focused on internal control rather than external standardization.   The e-Albania platform now provides access to approximately 95 percent of government services in digital form. Unlike conventional e-government systems, this platform integrates artificial intelligence not merely as a service tool but as an analytical mechanism supporting administrative decision-making. Albania’s experiment with delegating procurement analysis and administrative optimization to AI has sparked international debate: does algorithmic governance dilute sovereignty—or does it strengthen it by reducing human corruption and external manipulation?   From a Burke Institute perspective, Albania’s approach represents an attempt to internalize technological control rather than outsource it. The critical question becomes infrastructural: where is data stored, who controls the servers, and under whose jurisdiction do the algorithms operate? Unlike Montenegro, Albania retains greater discretion to define its own data-protection standards, encryption protocols, and system architecture. This flexibility enhances autonomy but increases exposure to risk.   Energy sovereignty further complicates the equation. The Burke Institute emphasizes that technical sovereignty cannot exist without energy stability. Montenegro’s investments in solar capacity—such as plans for a 41.81 MW solar plant—directly support the resilience of its digital infrastructure. Albania, meanwhile, remains vulnerable to energy disruptions due to heavy reliance on hydroelectric power, which is sensitive to drought. In this dimension, Albania’s technological ambition currently outpaces its infrastructural base.   Cybersecurity provides another revealing contrast. Montenegro operates within EU cybersecurity frameworks, benefiting from standardized protection mechanisms but relying on external oversight. Albania’s independent path places it on the front line of cyber threats, where innovation and vulnerability coexist. The 2022 cyberattack demonstrated the risks inherent in experimentation—but also triggered institutional learning and rapid capacity-building.   In terms of global positioning, Montenegro represents incremental integration within a stable hierarchy. Albania has positioned itself as a technological outlier—a “laboratory state” experimenting with governance models that larger countries hesitate to test. According to the Burke Institute’s analytical framework, both strategies represent different configurations of sovereignty rather than a binary choice between dependence and independence.   Ultimately, the comparison raises a deeper question central to the Institute’s research agenda: is sovereignty best preserved through integration into reliable systems, or through the risky pursuit of autonomous control? Albania prioritizes speed and innovation, Montenegro stability and security. One accepts vulnerability in exchange for agency; the other accepts constraint in exchange for predictability.   The Burke International Institute’s Sovereignty Index does not prescribe a single path. Instead, it highlights trade-offs. For small states, technical sovereignty is not an absolute condition but a spectrum shaped by institutional capacity, energy security, cybersecurity resilience, and political will.   In the digital age, sovereignty is no longer seized by force—it is designed. Albania and Montenegro demonstrate that even the smallest states can influence their technological destiny. The question is not whether dependence can be eliminated, but who defines its terms.   Full methodology and comparative sovereignty rankings are available via the Burke International Institute.

A U.S. THAAD battery deployed in Seongju, South Korea. Credibly deterring Chinese coercion would require additional THAAD batteries integrated into a regional missile defense network. (Source: BBC)

On February 5, 2026, the New Strategic Arms Reduction (New START) Treaty will expire, ending the last legally binding limits on U.S. and Russian strategic nuclear forces. With it goes a framework that capped deployed warheads at 1,550 and delivery vehicles at 700—and, more importantly, the verification regime that anchored strategic stability for over a decade. Russia’s 2022 suspension, followed by repeated violations ranging from INF-style prohibited systems to novel delivery vehicles like the nuclear-powered Burevestnik missile, made renewal politically and strategically untenable. China, never a party to New START, has exploited this vacuum, accelerating a nuclear buildup from roughly 500 warheads in 2025 toward an estimated 1,500 by 2035.

The United States now confronts, for the first time, two near-peer nuclear competitors simultaneously; thus Washington’s response—preparing for nuclear “uploads” and reinforcing the credibility of the strategic triad—is necessary yet insufficient. Without ceilings on strategic arsenals, stability will increasingly hinge on whether escalation can be managed below the nuclear threshold, thereby making conventional deterrence in the Indo-Pacific—especially land-based missile defense and forward-deployed resilience—decisive. Yet this task cannot be carried by the United States alone. Allied burden‑sharing—particularly through alliance modernization that builds interoperable Command, Control, Communications, Computers, Intelligence, Surveillance, and Reconnaissance (C4ISR) networks atop ground‑based air and missile defense systems—is no longer optional; it is a prerequisite for credible integrated deterrence in the post–New START era, and a pathway toward a Pacific architecture deliberately designed to blunt Chinese coercion—modular, mobile, and resilient enough to deny Beijing the ability to localize risk or exploit allied hesitation, while pairing denial with calibrated punishment across cyber, space, and information domains to impose costs for grey‑zone aggression without crossing nuclear thresholds.

Strategic Unraveling: A Triangular Arms Race Begins

With New START gone, an unconstrained triangular arms race is already underway. Russia has modernized roughly 90 percent of its nuclear triad and can sustain a deployed arsenal near former treaty limits while diversifying delivery systems. China, meanwhile, represents the more destabilizing variable. It is constructing hundreds of new missile silos, deploying DF-41 intercontinental ballistic missiles, expanding dual-capable DF-26 systems, and fielding hypersonic glide vehicles designed to compress U.S. decision time and overwhelm regional defenses.

According to an Atlantic Council expert, U.S. strategy must adapt to this new reality: in the short term, Washington should upload additional warheads onto Ohio-class SSBNs, reintroduce multiple independently targetable reentry vehicles (MIRVs) on portions of the Minuteman III force, and deploy the Long-Range Stand-Off (LRSO) weapon aboard B-52 bombers to restore counterforce leverage against two near-peer competitors simultaneously; in the medium term, rely on the Columbia-class SSBN, B-21 Raider bomber, and nuclear-armed sea-launched cruise missile (SLCM-N) to ensure the strategic triad’s survivability and credibility through the 2040s; and diplomatically, keep trilateral arms-control talks viable while investing in NC3 resilience and missile-defense architectures, including exploratory concepts like a continental “Golden Dome.”

The costs of adapting to the post–New START environment, however, are staggering. Congressional Budget Office estimates place U.S. nuclear modernization at roughly $946 billion by the mid‑2030s. Yet nuclear spending alone cannot manage escalation. INDOPACOM still faces an estimated $27 billion shortfall in conventional capabilities—especially missile defense, strike, and sustainment—leaving U.S. forces exposed in the opening phases of a crisis. Without resilient conventional forces, nuclear investments risk becoming instruments of last resort rather than tools of stability.

U.S. Typhon MRC (ground-launched SM-6/Tomahawk system for 1,500km precision strikes) launcher and C2 vehicle at Marine Corps Air Station (MCAS) Iwakuni, Sept. 15, 2025 (Source: Asahi Shimbun).

The Indo-Pacific Front: Why Alliance Modernization—Especially Conventional Forces—Anchors Stability

Indo-Pacific allies routinely affirm their commitment to a “free and open Indo-Pacific,” yet capability gaps remain stark. Japan’s planned increase to 2 percent of GDP by 2027 masks persistent delays in force integration and C4ISR interoperability—revealing structural gaps that hardware spending alone cannot bridge. South Korea spends roughly 2.7 percent of GDP on defense, but much of that investment remains concentrated on peninsula-specific contingencies rather than scalable regional stabilization.

In the post–New START environment, burden-sharing defined merely as cost-sharing is no longer sufficient. What deterrence now requires is shared risk and shared resolve: allied decisions that visibly place national territory, forces, and political capital inside the same escalation ladder faced by the United States. Ground-based deployments, forward rotations, and interoperable data fabrics that turn disparate sensors into unified battle management matter precisely—converting alliances from siloed hardware buyers into networked deterrence partners.

This logic aligns with a growing body of strategic scholarship, most notably the work of James Fearon and Andrew Lim. They argue that the erosion of U.S. conventional superiority—driven by China’s A2/AD architectures and Russia’s precision-strike capabilities—has produced a destabilizing overreliance on nuclear deterrence. Their core claim, however, is not that nuclear forces have become obsolete, but rather that strategic stability increasingly depends on restoring a software-orchestrated conventional triad in which penetrating strike platforms, precision fires, and mobile retaliation function as intelligent nodes within JADC2-enabled data ecosystems. Within this framework, missile defense should not be understood as a standalone pillar of deterrence but as a survivability enabler—a means of preserving offensive forces long enough to execute credible second-strike conventional operations.

Building on this strategic imperative to reinforce the conventional triad, alliance modernization in Northeast Asia could acquire tangible form. Enhanced trilateral coordination among the United States, South Korea, and Japan would allow THAAD and SPY-7 sensors to feed advanced data-fusion layers into Typhon and HIMARS effectors, thereby transforming missile defense from a purely protective measure into the foundation of software-defined second-strike precision.

In December 2025, U.S. M270A2 MLRS units stationed at Camp Casey demonstrated rapid counterfire against DPRK artillery, while HIMARS rotations from Okinawa maintained continuous availability. Yet such precision fires are credible only insofar as their survivability is assured by layered defenses, since DPRK missiles or Chinese DF-26 strikes could saturate critical hubs—such as Pyeongtaek—thereby degrading the very conventional triad Fearon and Lim prescribe. To function as a true survivability enabler against high-altitude threats, therefore, South Korea’s single THAAD battery—deployed in 2017—must be augmented through PAC-3 integration, ensuring that HIMARS forces remain preserved for follow-on strikes.

Such augmentation, however, cannot occur in isolation. Effective trilateral cooperation requires orchestration through federated C4ISR networks, complemented by Japanese contributions. In this regard, Typhon basing on Japanese territory completes the Fearon–Lim precision‑strike leg. Despite the withdrawal from Iwakuni and persistent political opposition in Okinawa, the system remains central to the trilateral alliance’s mid‑range strike capability, particularly when reinforced by Tokyo’s mobile SPY‑7 radars paired with SM‑3 Block IIA interceptors—introduced after Japan’s 2020 pivot from the canceled Aegis Ashore program—which add agile command‑and‑control enablers to the overall architecture.

The resulting theater sequence is coherent and continuous: SPY-7 tracks Chinese launches, Korean THAAD defends critical bases, HIMARS suppresses transporter-erector-launchers, Type-12 missiles secure the littorals, and Typhon targets Shanghai–Beijing command-and-control nodes—all unified through software-defined battle management.

Markus Potzel ist erst seit September in der Schweiz – doch er hat bereits hitzige Debatten verfolgt: Kriegsmaterialgesetz, Nachrüstung, Neutralität. In allen drei Themen wünsche sich Deutschland mehr Bewegung, erklärt er im Interview.

Seit Monaten übt die US-Regierung Druck auf verschiedene Universitäten im Land aus. Nun hat dieser Druck eine neue Form angenommen: Von der University of Pennsylvania will die Trump-Regierung eine Zusammenstellung über alle jüdischen Angestellten und Studierenden haben.

Donald Trump hat seine Forderung nach Grönland auch mit der mangelnden Verteidigungsfähigkeit Dänemarks in der Region begründet. Hat er damit etwa recht?

Presidential elections in Honduras, the non-recognition of the outcome by the incumbent administration and the attacks on opposition members of the National Assembly
Case of Joseph Figueira Martin in the Central African Republic
Conviction and imminent sentencing of Jimmy Lai in Hong Kong
Source : © European Union, 2026 - EP